--
Zapanaz
International Satanic Conspiracy
Customer Support Specialist
http://joecosby.com/
"Once you snip my responses to things being posted to and about me,
then
you have nothing to read."
-John Schnieder II
Correspondent:: "sputnik" Date: Mon, 15 Nov 2004 04:02:39 GMT
--
Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
Member,Board of Directors, afa-b, SKEP-TI-CULT® #15-51506-253.
AFA-B Official Pollster & Hammer of Thor winner - August 2004
You can email me at: DrPostman(at)gmail.com
"Again, think type and _them_ make sure that your babble is understood in
the common ENGLISH language."
-ExcrementOne displays his familiarity with irony
Correspondent:: Bunn E. Rabbit Date: Mon, 15 Nov 2004 11:06:56 GMT
--------
On Mon, 15 Nov 2004 10:38:09 GMT, DrPostman
wrote:
Correspondent:: DrPostman Date: Mon, 15 Nov 2004 15:20:17 GMT
--------
On Mon, 15 Nov 2004 14:11:07 GMT, "Packrat®"
in accordance with The Prophecy scribed:
>DrPostman wrote in
>news:nr1hp0dgmla916isln27uv8fftbjpq5etm@4ax.com:
>
>> On Sun, 14 Nov 2004 20:17:14 -0700, Art Deco in
>> accordance with The Prophecy scribed:
>>
>>>Packrat® wrote:
>>>
>>>> Randy Howard wrote in
>>>> news:MPG.1c01b2a02da2005989c73@news.verizon.net:
>>>>
>>>> > http://zapatopi.net/afdb.html
>>>>
>>>> 01001001 00100000 01110100 01110010 01101001 01100101 01100100
>>>> 00100000 01110100 01101000 01100101 00100000 01110100 01101000
>>>> 01100101 00100000 01100001 01101101 01100001 01111010 01101001
>>>> 01101110 01100111 00100000 01000001 01000110 01000100 01000010
>>>> 00100000 01100001 01101110 01100100 00100000 01110111 01100001
>>>> 01110011 00100000 01100011 01101111 01101101 01110000 01101100
>>>> 01100101 01110100 01100101 01101100 01111001 00100000 01110011
>>>> 01100001 01110100 01101001 01110011 01100110 01101001 01100101
>>>> 01100100 00101110 00001101 00001010 01001001 01110100 00100000
>>>> 01110111 01100001 01110011 00100000 01100001 00100000 01110010
>>>> 01100001 01110100 00100111 01110011 00100000 01100100 01110010
>>>> 01100101 01100001 01101101 00100000 01100011 01101111 01101101
>>>> 01100101 00100000 01110100 01110010 01110101 01100101 00100001
>>>> 00001101 00001010
>>>
>>>01000001 01100011 01100011 01100101 01110000 01110100 00100000
>>>01101110 01101111 00100000 01110011 01110101 01100010 01110011
>>>01110100 01101001 01110100 01110101 01110100 01100101 01110011
>>>00100001 00001010 00001010
>>
>>
>>
>> Substitute Rot13!
>> (01010111 01101000 01100001 01110100 00100000 01101001 01110011
>> 00100000 01110111 01110010 01101111 01101110 01100111 00100000
>> 01110111 01101001 01110100 01101000 00100000 01010010 01101111
>> 01110100 00110001 00110011 00111111 00001010 00001010 )
>>
>>
>It's too easy for people to find it on their er, newsreaders.
>OR it would mean pulling down a menu which would get very technical.
For some reason almost all kooks are challenged by that. I bet the
binary really freaks them out.
BTW, this message was Rot26ed.
--
Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
Member,Board of Directors, afa-b, SKEP-TI-CULT® #15-51506-253.
AFA-B Official Pollster & Hammer of Thor winner - August 2004
You can email me at: DrPostman(at)gmail.com
"Again, think type and _them_ make sure that your babble is understood in
the common ENGLISH language."
-ExcrementOne displays his familiarity with irony
Correspondent:: the_nu42@yahoo.com (The_NU42)
Date: 16 Nov 2004 14:37:32 -0800
--------
DrPostman wrote in message news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>
> For some reason almost all kooks are challenged by that. I bet the
> binary really freaks them out.
>
One would hope, DrPostman, that you're not referring to me. But, based
on your previous insolent comments, it's quite possible that you are.
Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
Project Manager and a Systems Analyst with an MS degree), b) binary
doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
it's a very good bet that I've had more math than you or anyone else
who is reading these words right now.
So there.
First off, my father has a Ph.D. in math. So math has always been a
VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
and Physics are my specialties. In terms of coursework, here's the
math I've had:
Ma 115 Mathematical Analysis I
Functions of one variable, limits, continuity, derivatives, chain
rule, maxima and minima, exponential and logarithm, inverse functions,
antiderivatives, elementary differential equations, Riemann sums, the
Fundamental Theorem of Calculus, vectors and determinants.
Ma 116 Mathematical Analysis II
Techniques of integration, infinite series and Taylor series, polar
coordinates, double integrals, improper integrals, parametric curves,
arc length, functions of severable variables, partial derivatives,
gradients and directional derivatives.
Ma 220 Differential Equations and Multivariate Calculus
Double and triple integrals; polar cylindrical and spherical
coordinates; surface integrals; first order D.E.'s, linear D.E.'s,
methods of undetermined coefficients and variation of parameters;
series solutions; numerical methods for D.E.'s, Laplace Transforms.
Ma 221 Mathematical Analysis III
Ordinary differential equations of first and second order, homogeneous
and nonhomogeneous equations, improper integrals, Laplace transforms,
infinite sequences and series, series solutions of ordinary
differential equations, Bessel functions.
Ma 227 Mathematical Analysis IV
Boundary-value problems; orthogonal functions; Fourier series;
separation of variables for partial differential equations; matrices
and determinants; Cramer's rule; row reduction of matrices;
eigenvalues and eigenvectors; systems of equations; double and triple
integrals; polar, cylindrical and spherical coordinates; surface and
line integrals; integral theorems of Green, Gauss and Stokes. Required
for those in the Engineering curriculum.
Ma 230 Multivariate Calculus and Optimization
The course begins with a study of n-dimensional geometry (hyperplanes,
hyperspheres, convex hulls, convex polyhedra), and moves on to study
the differential calculus of functions of several variables. In this
context, classical optimization theory is studied --that is, the
application of calculus to the basic problem of finding the maxima and
minima of a continuous function of one or more variables, using
Lagrange multipliers, and paying particular attention to convex and
concave functions. The final major topic studied is linear programming
through the simplex method. Computational methods are stressed
throughout. Other topics, such as search techniques, will be taken up
as time permits.
Ma 346 Numerical Methods
This course addresses the fundamental question of how one may use a
finite state digital machine to provide useful answers to questions
derived from models involving non- finite descriptions. The solution
of transcendental equations, systems of equations, and differential
equations will be discussed. Numerical integration as well as mini-max
approximation of functions will be highlighted. Ways of estimating and
controlling roundoff will be outlined and implemented.
Ma 547 Advanced Calculus I
Elementary topology of Euclidean spaces; differential calculus of
functions of several variables; inverse and implicit function
theorems; integration; differential forms; theorems of Gauss, Green
and Stokes.
Ma 548 Advanced Calculus II
A continuation of Ma 547 but with greater emphasis on mathematical
rigor. Topics covered may include convergence of series,
Riemann-Stieltjes integration, functions of bounded variation, metric
spaces, introduction to measure theory and functional analysis.
Ma 637 Mathematical Logic I
Propositional calculus; syntax and semantics of first order theories;
completeness theorem; elementary model theory: axiomatic development
of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
the axiom of choice and several equivalent axioms.
Ma 638 Mathematical Logic II
First order number theory; primitive and general recursive functions;
arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
syntax and semantics of second order theories.
Ma 753/773 Advanced Topics in Mathematical Logic
Selected topics in mathematical logic. Topics may include: a study of
the connection between the semantical and syntactical treatments of
propositional calculus and quantification theory, including references
to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
for theorem for the first order and predicate calculus, recursive
function theory, decidable theories, and Gödel's incompleteness
theorem for arithmetic, axiomatic set theory, model theory.
Correspondent:: Tom St Denis Date: Tue, 16 Nov 2004 17:40:24 -0500
--------
The_NU42 wrote:
> DrPostman wrote in message news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>
>
>>For some reason almost all kooks are challenged by that. I bet the
>>binary really freaks them out.
>>
>
>
> One would hope, DrPostman, that you're not referring to me. But, based
> on your previous insolent comments, it's quite possible that you are.
> Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
> Project Manager and a Systems Analyst with an MS degree), b) binary
> doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
> it's a very good bet that I've had more math than you or anyone else
> who is reading these words right now.
So it takes a degree to post as THE_NU42 on FOUR different usenet groups
while spouting on about how the CIA put a chip in your tooth?
> First off, my father has a Ph.D. in math. So math has always been a
> VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
> and Physics are my specialties. In terms of coursework, here's the
> math I've had:
There was no "IT" 20 years ago. You were a sysadmin or such back then.
IT is really a new fad of calling "that guy sets up accounts"
Tom
Correspondent:: "Ivan Marsh" Date: Tue, 16 Nov 2004 16:48:29 -0600
--------
On Tue, 16 Nov 2004 17:40:24 -0500, Tom St Denis wrote:
> There was no "IT" 20 years ago. You were a sysadmin or such back then.
> IT is really a new fad of calling "that guy sets up accounts"
I have 20+ years in IT. Watch who you're insulting while you're playing
with a net-kook.
--
"No oppression is so heavy or lasting as that which is inflicted by
the perversion and exorbitance of legal authority."
i.m.
Correspondent:: Tom St Denis Date: Tue, 16 Nov 2004 18:15:06 -0500
--------
Ivan Marsh wrote:
> On Tue, 16 Nov 2004 17:40:24 -0500, Tom St Denis wrote:
>
>
>>There was no "IT" 20 years ago. You were a sysadmin or such back then.
>> IT is really a new fad of calling "that guy sets up accounts"
>
>
> I have 20+ years in IT. Watch who you're insulting while you're playing
> with a net-kook.
Correspondent:: the_nu42@yahoo.com (The_NU42)
Date: 18 Nov 2004 07:52:22 -0800
--------
Tom St Denis wrote in message news:...
>
> There was no "IT" 20 years ago. You were a sysadmin or such back then.
> IT is really a new fad of calling "that guy sets up accounts"
>
Yes, and there wasn't anything called CRM back in 1984 either. But for
those of us who were designing, installing, and supporting Customer
Relationship Management software in the field, we know otherwise. CRM
was a very real thing. Even 20+ years ago. It just wasn't called CRM.
Same thing goes for nearly everything lumped into the IT/Software
Development arena these days. The basic Software Development
Life-cycle has remained nearly the same for decades. The only things
that have changed are the tools and technology used to make it happen.
And the venue that the finished product is used in. Some of us, and I
am in this group, have continually adapted and re-adapted over the
past 20 years as the tools and technology have changed. That's what
keeps folks like us IN DEMAND!
BTW - I was never a "sysadmin" --- these folks generally started right
out of high school and, hopefully, have at least gained some kind of
certificate-type education by now. Generally, most of them tried to go
to college at some point but either failed-out or lost interest. The
folks at your present-day "Help Desk" (in most cases) fit into this
category. Most of them do not have real IT degrees. They would
consider their certificates a form of degree, but we all know it's
not. And the same thing can be said of the "Network"-type folks too
who know all the ins and outs of the network software and the hardware
it runs on. These are certificate holders. And as such, they are
sorely lacking in the fundamentals department. When it comes to
technology, the old saying FUNDAMENTALS FIRST really does sum it up!
Unless you just want to be a help desk or network tech drone. And
DRONE-LIKE work just isn't my cup of tea... perhaps it's yours... if
so, hope this didn't offend you...
Correspondent:: DrPostman Date: Tue, 16 Nov 2004 23:54:19 GMT
--------
On 16 Nov 2004 14:37:32 -0800, the_nu42@yahoo.com (The_NU42) in
accordance with The Prophecy scribed:
>DrPostman wrote in message news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>
>>
>> For some reason almost all kooks are challenged by that. I bet the
>> binary really freaks them out.
>>
>
>One would hope, DrPostman, that you're not referring to me. But, based
>on your previous insolent comments, it's quite possible that you are.
>Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
>Project Manager and a Systems Analyst with an MS degree), b) binary
>doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
>it's a very good bet that I've had more math than you or anyone else
>who is reading these words right now.
>
>So there.
>
>First off, my father has a Ph.D. in math. So math has always been a
>VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
>and Physics are my specialties. In terms of coursework, here's the
>math I've had:
>
>Ma 115 Mathematical Analysis I
>Functions of one variable, limits, continuity, derivatives, chain
>rule, maxima and minima, exponential and logarithm, inverse functions,
>antiderivatives, elementary differential equations, Riemann sums, the
>Fundamental Theorem of Calculus, vectors and determinants.
>
>Ma 116 Mathematical Analysis II
>Techniques of integration, infinite series and Taylor series, polar
>coordinates, double integrals, improper integrals, parametric curves,
>arc length, functions of severable variables, partial derivatives,
>gradients and directional derivatives.
>
>Ma 220 Differential Equations and Multivariate Calculus
>Double and triple integrals; polar cylindrical and spherical
>coordinates; surface integrals; first order D.E.'s, linear D.E.'s,
>methods of undetermined coefficients and variation of parameters;
>series solutions; numerical methods for D.E.'s, Laplace Transforms.
>
>Ma 221 Mathematical Analysis III
>Ordinary differential equations of first and second order, homogeneous
>and nonhomogeneous equations, improper integrals, Laplace transforms,
>infinite sequences and series, series solutions of ordinary
>differential equations, Bessel functions.
>
>Ma 227 Mathematical Analysis IV
>Boundary-value problems; orthogonal functions; Fourier series;
>separation of variables for partial differential equations; matrices
>and determinants; Cramer's rule; row reduction of matrices;
>eigenvalues and eigenvectors; systems of equations; double and triple
>integrals; polar, cylindrical and spherical coordinates; surface and
>line integrals; integral theorems of Green, Gauss and Stokes. Required
>for those in the Engineering curriculum.
>
>Ma 230 Multivariate Calculus and Optimization
>The course begins with a study of n-dimensional geometry (hyperplanes,
>hyperspheres, convex hulls, convex polyhedra), and moves on to study
>the differential calculus of functions of several variables. In this
>context, classical optimization theory is studied --that is, the
>application of calculus to the basic problem of finding the maxima and
>minima of a continuous function of one or more variables, using
>Lagrange multipliers, and paying particular attention to convex and
>concave functions. The final major topic studied is linear programming
>through the simplex method. Computational methods are stressed
>throughout. Other topics, such as search techniques, will be taken up
>as time permits.
>
>Ma 346 Numerical Methods
>This course addresses the fundamental question of how one may use a
>finite state digital machine to provide useful answers to questions
>derived from models involving non- finite descriptions. The solution
>of transcendental equations, systems of equations, and differential
>equations will be discussed. Numerical integration as well as mini-max
>approximation of functions will be highlighted. Ways of estimating and
>controlling roundoff will be outlined and implemented.
>
>Ma 547 Advanced Calculus I
>Elementary topology of Euclidean spaces; differential calculus of
>functions of several variables; inverse and implicit function
>theorems; integration; differential forms; theorems of Gauss, Green
>and Stokes.
>
>Ma 548 Advanced Calculus II
>A continuation of Ma 547 but with greater emphasis on mathematical
>rigor. Topics covered may include convergence of series,
>Riemann-Stieltjes integration, functions of bounded variation, metric
>spaces, introduction to measure theory and functional analysis.
>
>Ma 637 Mathematical Logic I
>Propositional calculus; syntax and semantics of first order theories;
>completeness theorem; elementary model theory: axiomatic development
>of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
>the axiom of choice and several equivalent axioms.
>
>Ma 638 Mathematical Logic II
>First order number theory; primitive and general recursive functions;
>arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
>syntax and semantics of second order theories.
>
>Ma 753/773 Advanced Topics in Mathematical Logic
>Selected topics in mathematical logic. Topics may include: a study of
>the connection between the semantical and syntactical treatments of
>propositional calculus and quantification theory, including references
>to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
>for theorem for the first order and predicate calculus, recursive
>function theory, decidable theories, and Gödel's incompleteness
>theorem for arithmetic, axiomatic set theory, model theory.
Nice meltdown, kook.
--
Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
Member,Board of Directors, afa-b, SKEP-TI-CULT® #15-51506-253.
AFA-B Official Pollster & Hammer of Thor winner - August 2004
You can email me at: DrPostman(at)gmail.com
"Again, think type and _them_ make sure that your babble is understood in
the common ENGLISH language."
-ExcrementOne displays his familiarity with irony
Correspondent:: the_nu42@yahoo.com (The_NU42)
Date: 18 Nov 2004 07:16:03 -0800
--------
DrPostman wrote in message news:...
>
> Nice meltdown, kook.
>
Translation: DrPostman hit a roadblock when he got to High School
Trigonometry. And it was a roadblock he could never overcome. All
those course descriptions must have really had his little head
spinning like a top! Poor little spinning-head simpleton! I'm sure
there must be some subjects you excel in... I mean, there must be...
BUT IT SURE ISN'T ANYTHING TO DO WITH MATH OR SCIENCE!
On more than one occasion, you've revealed your very limited,
sub-standard education in the technical arena. But hey, there's still
time to go back to school to fix that. Look into some of the online
universities. They help under-educated losers like you pick up the
pieces of their failed educational history and offer you some real
hope to repair it.
Go for it: http://online.phoenix.edu
Correspondent:: DrPostman Date: Thu, 18 Nov 2004 22:14:33 GMT
--------
On 18 Nov 2004 07:16:03 -0800, the_nu42@yahoo.com (The_NU42) in
accordance with The Prophecy scribed:
>DrPostman wrote in message news:...
>
>>
>> Nice meltdown, kook.
>>
>
>Translation: DrPostman hit a roadblock when he got to High School
>Trigonometry. And it was a roadblock he could never overcome. All
>those course descriptions must have really had his little head
>spinning like a top! Poor little spinning-head simpleton! I'm sure
>there must be some subjects you excel in... I mean, there must be...
>BUT IT SURE ISN'T ANYTHING TO DO WITH MATH OR SCIENCE!
Wow, I am so crushed by that. BTW, more caps will make your
point better. That point on your head, that is.
>On more than one occasion, you've revealed your very limited,
What other occasions would that be, kook?
>sub-standard education in the technical arena. But hey, there's still
>time to go back to school to fix that. Look into some of the online
>universities. They help under-educated losers like you pick up the
>pieces of their failed educational history and offer you some real
>hope to repair it.
That didn't seem to help you a bit, now did it?
--
Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
Member,Board of Directors, afa-b, SKEP-TI-CULT® #15-51506-253.
AFA-B Official Pollster & Hammer of Thor winner - August 2004
You can email me at: DrPostman(at)gmail.com
"Again, think type and _them_ make sure that your babble is understood in
the common ENGLISH language."
-ExcrementOne displays his familiarity with irony
Correspondent:: Art Deco Date: Thu, 18 Nov 2004 18:37:19 -0700
--------
DrPostman wrote:
> On 18 Nov 2004 07:16:03 -0800, the_nu42@yahoo.com (The_NU42) in
> accordance with The Prophecy scribed:
>
> >DrPostman wrote in message
> >news:...
> >
> >>
> >> Nice meltdown, kook.
> >>
> >
> >Translation: DrPostman hit a roadblock when he got to High School
> >Trigonometry. And it was a roadblock he could never overcome. All
> >those course descriptions must have really had his little head
> >spinning like a top! Poor little spinning-head simpleton! I'm sure
> >there must be some subjects you excel in... I mean, there must be...
> >BUT IT SURE ISN'T ANYTHING TO DO WITH MATH OR SCIENCE!
>
> Wow, I am so crushed by that. BTW, more caps will make your
> point better. That point on your head, that is.
>
>
> >On more than one occasion, you've revealed your very limited,
>
> What other occasions would that be, kook?
>
>
> >sub-standard education in the technical arena. But hey, there's still
> >time to go back to school to fix that. Look into some of the online
> >universities. They help under-educated losers like you pick up the
> >pieces of their failed educational history and offer you some real
> >hope to repair it.
>
> That didn't seem to help you a bit, now did it?
Another fine meltdown, this one may have Pietro de Stupido-like stamina.
--
Correspondent:: Art Deco Date: Tue, 16 Nov 2004 17:08:17 -0700
--------
The_NU42 wrote:
> DrPostman wrote in message
> news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>
> >
> > For some reason almost all kooks are challenged by that. I bet the
> > binary really freaks them out.
> >
>
> One would hope, DrPostman, that you're not referring to me. But, based
> on your previous insolent comments, it's quite possible that you are.
> Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
> Project Manager and a Systems Analyst with an MS degree), b) binary
> doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
> it's a very good bet that I've had more math than you or anyone else
> who is reading these words right now.
>
> So there.
>
> First off, my father has a Ph.D. in math. So math has always been a
> VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
> and Physics are my specialties. In terms of coursework, here's the
> math I've had:
[snipped]
Bragging about one's resume on usenet is a kooksign. HTH.
--
Correspondent:: Leo Fellmann Date: 17 Nov 2004 00:22:31 GMT
--------
-----BEGIN PGP SIGNED MESSAGE-----
Hash: SHA1
Art Deco wrote:
| The_NU42 wrote:
|
|
|>DrPostman wrote in message
|>news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
|>
|>
|>>For some reason almost all kooks are challenged by that. I bet the
|>>binary really freaks them out.
|>>
|>
|>One would hope, DrPostman, that you're not referring to me. But, based
|>on your previous insolent comments, it's quite possible that you are.
|>Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
|>Project Manager and a Systems Analyst with an MS degree), b) binary
|>doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
|>it's a very good bet that I've had more math than you or anyone else
|>who is reading these words right now.
|>
|>So there.
|>
|>First off, my father has a Ph.D. in math. So math has always been a
|>VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
|>and Physics are my specialties. In terms of coursework, here's the
|>math I've had:
|
|
| [snipped]
|
| Bragging about one's resume on usenet is a kooksign. HTH.
Wonder if he puts all that on his resumé?
- --
Leo Fellmann
-----BEGIN PGP SIGNATURE-----
Version: GnuPG v1.2.4 (GNU/Linux)
Comment: Using GnuPG with Thunderbird - http://enigmail.mozdev.org
Correspondent:: Art Deco Date: Tue, 16 Nov 2004 17:28:34 -0700
--------
Leo Fellmann wrote:
> Art Deco wrote:
> | The_NU42 wrote:
> |
> |
> |>DrPostman wrote in message
> |>news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
> |>
> |>
> |>>For some reason almost all kooks are challenged by that. I bet the
> |>>binary really freaks them out.
> |>>
> |>
> |>One would hope, DrPostman, that you're not referring to me. But, based
> |>on your previous insolent comments, it's quite possible that you are.
> |>Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
> |>Project Manager and a Systems Analyst with an MS degree), b) binary
> |>doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
> |>it's a very good bet that I've had more math than you or anyone else
> |>who is reading these words right now.
> |>
> |>So there.
> |>
> |>First off, my father has a Ph.D. in math. So math has always been a
> |>VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
> |>and Physics are my specialties. In terms of coursework, here's the
> |>math I've had:
> |
> |
> | [snipped]
> |
> | Bragging about one's resume on usenet is a kooksign. HTH.
>
> Wonder if he puts all that on his resumé?
Likely he will post the whole shebang and the answer will be
self-evident.
--
Correspondent:: the_nu42@yahoo.com (The_NU42)
Date: 18 Nov 2004 08:33:32 -0800
--------
Art Deco wrote in message news:<161120041728340577%art_deco@127.0.0.1>...
> > |
> > | Bragging about one's resume on usenet is a kooksign. HTH.
> >
I'm not bragging. Just stating the facts. I'm just giving you some
important background information in an attempt help your SIMPLE LITTLE
MINDS grab on to who (and what) I actually am.
>
> > Wonder if he puts all that on his resumé?
>
Why in the world would I need to do that?
>
> Likely he will post the whole shebang and the answer will be
> self-evident.
>
No, I won't do that. But I will clip part of the current version of
The Standard Reply to provide an additional layer of background. Here
you go:
I'm a Systems Analyst and IT Project Manager for one of the biggest
companies on Planet Earth. My skills: IT Project Management, Systems
Analysis, Business Requirements Analysis, XML-savvy (XLANG, WSFL,
BPEL4WS), data integration (Ab Initio) & EAI (Vitria), CRM (Siebel
7.7, PeopleSoft 8.4, MS-CRM), systems life-cycle management (Remedy
and Rational Rose), Knowledge Management and Natural Language Query
(Verity/NativeMinds and AskMe), Text-To-Speech (TellMe, Nuance), ALL
THINGS 802.11x, 802.16, and ETSI HiperMAN. This activity brings in
around $115-130K per year (depends on bonus amount).
Hope this helps you sort things out, YOU SIMPLETON!
Correspondent:: Art Deco Date: Thu, 18 Nov 2004 18:41:16 -0700
--------
The_NU42 wrote:
Newsgroups restored:
> Art Deco wrote in message
> news:<161120041728340577%art_deco@127.0.0.1>...
>
> > > |
> > > | Bragging about one's resume on usenet is a kooksign. HTH.
> > >
>
> I'm not bragging.
Of course you are.
> Just stating the facts. I'm just giving you some
> important background information
Important only to you.
> in an attempt help your SIMPLE LITTLE
> MINDS grab on to who (and what) I actually am.
"I'm Scared!" -- Bunn E. Rabbit
> > > Wonder if he puts all that on his resumé?
> >
>
> Why in the world would I need to do that?
Because you are a self-absorbed kook with a huge hat size?
> > Likely he will post the whole shebang and the answer will be
> > self-evident.
> >
>
> No, I won't do that. But I will clip part of the current version of
> The Standard Reply to provide an additional layer of background. Here
> you go:
>
> I'm a Systems Analyst and IT Project Manager for one of the biggest
> companies on Planet Earth. My skills: IT Project Management, Systems
> Analysis, Business Requirements Analysis, XML-savvy (XLANG, WSFL,
> BPEL4WS), data integration (Ab Initio) & EAI (Vitria), CRM (Siebel
> 7.7, PeopleSoft 8.4, MS-CRM), systems life-cycle management (Remedy
> and Rational Rose), Knowledge Management and Natural Language Query
> (Verity/NativeMinds and AskMe), Text-To-Speech (TellMe, Nuance), ALL
> THINGS 802.11x, 802.16, and ETSI HiperMAN. This activity brings in
> around $115-130K per year (depends on bonus amount).
I am psychic!
> Hope this helps you sort things out, YOU SIMPLETON!
BTW, snecking newsgroups is a fine kooksign.
Have a nice day!
--
Correspondent:: DrPostman Date: Wed, 17 Nov 2004 05:53:55 GMT
--------
On 17 Nov 2004 00:22:31 GMT, Leo Fellmann in
accordance with The Prophecy scribed:
>-----BEGIN PGP SIGNED MESSAGE-----
>Hash: SHA1
>
>Art Deco wrote:
>| The_NU42 wrote:
>|
>|
>|>DrPostman wrote in message
>|>news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>|>
>|>
>|>>For some reason almost all kooks are challenged by that. I bet the
>|>>binary really freaks them out.
>|>>
>|>
>|>One would hope, DrPostman, that you're not referring to me. But, based
>|>on your previous insolent comments, it's quite possible that you are.
>|>Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
>|>Project Manager and a Systems Analyst with an MS degree), b) binary
>|>doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
>|>it's a very good bet that I've had more math than you or anyone else
>|>who is reading these words right now.
>|>
>|>So there.
>|>
>|>First off, my father has a Ph.D. in math. So math has always been a
>|>VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
>|>and Physics are my specialties. In terms of coursework, here's the
>|>math I've had:
>|
>|
>| [snipped]
>|
>| Bragging about one's resume on usenet is a kooksign. HTH.
>
>Wonder if he puts all that on his resumé?
We can only assume it's all he's got. Otherwise he would
have listed EVERYTHING.
--
Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
Member,Board of Directors, afa-b, SKEP-TI-CULT® #15-51506-253.
AFA-B Official Pollster & Hammer of Thor winner - August 2004
You can email me at: DrPostman(at)gmail.com
"Again, think type and _them_ make sure that your babble is understood in
the common ENGLISH language."
-ExcrementOne displays his familiarity with irony
--------
The_NU42 wrote:
>
> DrPostman wrote in message news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>
> >
> > For some reason almost all kooks are challenged by that. I bet the
> > binary really freaks them out.
> >
>
> One would hope, DrPostman, that you're not referring to me. But, based
> on your previous insolent comments, it's quite possible that you are.
> Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
> Project Manager and a Systems Analyst with an MS degree), b) binary
> doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
> it's a very good bet that I've had more math than you or anyone else
> who is reading these words right now.
>
> So there.
>
> First off, my father has a Ph.D. in math. So math has always been a
> VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
> and Physics are my specialties. In terms of coursework, here's the
> math I've had:
>
> Ma 115 Mathematical Analysis I
> Functions of one variable, limits, continuity, derivatives, chain
> rule, maxima and minima, exponential and logarithm, inverse functions,
> antiderivatives, elementary differential equations, Riemann sums, the
> Fundamental Theorem of Calculus, vectors and determinants.
>
> Ma 116 Mathematical Analysis II
> Techniques of integration, infinite series and Taylor series, polar
> coordinates, double integrals, improper integrals, parametric curves,
> arc length, functions of severable variables, partial derivatives,
> gradients and directional derivatives.
>
> Ma 220 Differential Equations and Multivariate Calculus
> Double and triple integrals; polar cylindrical and spherical
> coordinates; surface integrals; first order D.E.'s, linear D.E.'s,
> methods of undetermined coefficients and variation of parameters;
> series solutions; numerical methods for D.E.'s, Laplace Transforms.
>
> Ma 221 Mathematical Analysis III
> Ordinary differential equations of first and second order, homogeneous
> and nonhomogeneous equations, improper integrals, Laplace transforms,
> infinite sequences and series, series solutions of ordinary
> differential equations, Bessel functions.
>
> Ma 227 Mathematical Analysis IV
> Boundary-value problems; orthogonal functions; Fourier series;
> separation of variables for partial differential equations; matrices
> and determinants; Cramer's rule; row reduction of matrices;
> eigenvalues and eigenvectors; systems of equations; double and triple
> integrals; polar, cylindrical and spherical coordinates; surface and
> line integrals; integral theorems of Green, Gauss and Stokes. Required
> for those in the Engineering curriculum.
>
> Ma 230 Multivariate Calculus and Optimization
> The course begins with a study of n-dimensional geometry (hyperplanes,
> hyperspheres, convex hulls, convex polyhedra), and moves on to study
> the differential calculus of functions of several variables. In this
> context, classical optimization theory is studied --that is, the
> application of calculus to the basic problem of finding the maxima and
> minima of a continuous function of one or more variables, using
> Lagrange multipliers, and paying particular attention to convex and
> concave functions. The final major topic studied is linear programming
> through the simplex method. Computational methods are stressed
> throughout. Other topics, such as search techniques, will be taken up
> as time permits.
>
> Ma 346 Numerical Methods
> This course addresses the fundamental question of how one may use a
> finite state digital machine to provide useful answers to questions
> derived from models involving non- finite descriptions. The solution
> of transcendental equations, systems of equations, and differential
> equations will be discussed. Numerical integration as well as mini-max
> approximation of functions will be highlighted. Ways of estimating and
> controlling roundoff will be outlined and implemented.
>
> Ma 547 Advanced Calculus I
> Elementary topology of Euclidean spaces; differential calculus of
> functions of several variables; inverse and implicit function
> theorems; integration; differential forms; theorems of Gauss, Green
> and Stokes.
>
> Ma 548 Advanced Calculus II
> A continuation of Ma 547 but with greater emphasis on mathematical
> rigor. Topics covered may include convergence of series,
> Riemann-Stieltjes integration, functions of bounded variation, metric
> spaces, introduction to measure theory and functional analysis.
>
> Ma 637 Mathematical Logic I
> Propositional calculus; syntax and semantics of first order theories;
> completeness theorem; elementary model theory: axiomatic development
> of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
> the axiom of choice and several equivalent axioms.
>
> Ma 638 Mathematical Logic II
> First order number theory; primitive and general recursive functions;
> arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
> syntax and semantics of second order theories.
>
> Ma 753/773 Advanced Topics in Mathematical Logic
> Selected topics in mathematical logic. Topics may include: a study of
> the connection between the semantical and syntactical treatments of
> propositional calculus and quantification theory, including references
> to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
> for theorem for the first order and predicate calculus, recursive
> function theory, decidable theories, and Gödel's incompleteness
> theorem for arithmetic, axiomatic set theory, model theory.
So what? You can claim anything. Your behavior and messages label you
as a k00k. You any kin to Kazoo?
Correspondent:: Leo Fellmann Date: 17 Nov 2004 00:21:10 GMT
--------
-----BEGIN PGP SIGNED MESSAGE-----
Hash: SHA1
The_NU42 wrote:
| DrPostman wrote in message
news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
|
|
|>For some reason almost all kooks are challenged by that. I bet the
|>binary really freaks them out.
|>
|
|
| One would hope, DrPostman, that you're not referring to me. But, based
| on your previous insolent comments, it's quite possible that you are.
| Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
| Project Manager and a Systems Analyst with an MS degree),
The two aren't mutually exclusive.
| b) binary
| doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
| it's a very good bet that I've had more math than you or anyone else
| who is reading these words right now.
.. he said, crossposting to alt.crypt
(...)
| In terms of coursework, here's the
| math I've had:
WTF? Your university hasn't changed it's maths courses in 20 years? Or did you write
them all down on a piece of paper?
Correspondent:: the_nu42@yahoo.com (The_NU42)
Date: 18 Nov 2004 06:58:27 -0800
--------
Leo Fellmann wrote in message news:<2vvjrmF2qjdfdU1@uni-berlin.de>...
>
> Mostly first-year and second-year level courses. This is me being impressed.
>
Are you daft??? Does this all just look like gibberish to you? Is it a
LANGUAGE issue??? Are you having trouble translating??? Is that it???
These are NOT first and second year course, ASS! Did you miss these?
Or is it all just GIBBERISH to you? You FOOL!
Ma 547 Advanced Calculus I
Elementary topology of Euclidean spaces; differential calculus of
functions of several variables; inverse and implicit function
theorems; integration; differential forms; theorems of Gauss, Green
and Stokes.
Ma 548 Advanced Calculus II
A continuation of Ma 547 but with greater emphasis on mathematical
rigor. Topics covered may include convergence of series,
Riemann-Stieltjes integration, functions of bounded variation, metric
spaces, introduction to measure theory and functional analysis.
Ma 637 Mathematical Logic I
Propositional calculus; syntax and semantics of first order theories;
completeness theorem; elementary model theory: axiomatic development
of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
the axiom of choice and several equivalent axioms.
Ma 638 Mathematical Logic II
First order number theory; primitive and general recursive functions;
arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
syntax and semantics of second order theories.
Ma 753/773 Advanced Topics in Mathematical Logic
Selected topics in mathematical logic. Topics may include: a study of
the connection between the semantical and syntactical treatments of
propositional calculus and quantification theory, including references
to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
for theorem for the first order and predicate calculus, recursive
function theory, decidable theories, and Gödel's incompleteness
theorem for arithmetic, axiomatic set theory, model theory.
Correspondent:: Cameron Date: Thu, 18 Nov 2004 15:14:15 +0000
--------
The_NU42 wrote:
> Leo Fellmann wrote in message news:<2vvjrmF2qjdfdU1@uni-berlin.de>...
>
>
>>Mostly first-year and second-year level courses. This is me being impressed.
>>
>
>
> Are you daft??? Does this all just look like gibberish to you? Is it a
> LANGUAGE issue??? Are you having trouble translating??? Is that it???
>
> These are NOT first and second year course, ASS! Did you miss these?
> Or is it all just GIBBERISH to you? You FOOL!
>
Most of what you say is gibberish, I think most people are under the
assumption that you are the ass and believe me, Leo is no fool.
Why don't you go find an AOL Chat room to participate in and leave
newsgroups well alone (in other words get lost).
~Cameron
Correspondent:: Leo Fellmann Date: 18 Nov 2004 16:39:42 GMT
--------
-----BEGIN PGP SIGNED MESSAGE-----
Hash: SHA1
The_NU42 wrote:
| Leo Fellmann wrote in message
news:<2vvjrmF2qjdfdU1@uni-berlin.de>...
|
|
|>Mostly first-year and second-year level courses. This is me being impressed.
|>
|
|
| Are you daft??? Does this all just look like gibberish to you? Is it a
| LANGUAGE issue??? Are you having trouble translating??? Is that it???
|
| These are NOT first and second year course, ASS! Did you miss these?
| Or is it all just GIBBERISH to you? You FOOL!
|
| Ma 547 Advanced Calculus I
| Elementary topology of Euclidean spaces; differential calculus of
| functions of several variables; inverse and implicit function
| theorems; integration; differential forms; theorems of Gauss, Green
| and Stokes.
^^ second-semester stuff. Sorry mate.
|
| Ma 548 Advanced Calculus II
| A continuation of Ma 547 but with greater emphasis on mathematical
| rigor. Topics covered may include convergence of series,
| Riemann-Stieltjes integration, functions of bounded variation, metric
| spaces, introduction to measure theory and functional analysis.
|
| Ma 637 Mathematical Logic I
| Propositional calculus; syntax and semantics of first order theories;
| completeness theorem; elementary model theory: axiomatic development
| of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
| the axiom of choice and several equivalent axioms.
^^partially first-semester stuff there.
|
| Ma 638 Mathematical Logic II
| First order number theory; primitive and general recursive functions;
| arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
| syntax and semantics of second order theories.
|
| Ma 753/773 Advanced Topics in Mathematical Logic
| Selected topics in mathematical logic. Topics may include: a study of
| the connection between the semantical and syntactical treatments of
| propositional calculus and quantification theory, including references
| to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
| for theorem for the first order and predicate calculus, recursive
| function theory, decidable theories, and Gödel's incompleteness
| theorem for arithmetic, axiomatic set theory, model theory.
- --
Leo Fellmann
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Correspondent:: the_nu42@yahoo.com (The_NU42)
Date: 18 Nov 2004 21:11:03 -0800
--------
Leo Fellmann wrote in message news:<3041idF2qh401U1@uni-berlin.de>...
> |
> | Ma 547 Advanced Calculus I
>
> ^^ second-semester stuff. Sorry mate.
>
> |
> | Ma 548 Advanced Calculus II
> |
> | Ma 637 Mathematical Logic I
>
> ^^partially first-semester stuff there.
>
For most people, these would be taken in GRADUATE SCHOOL, you fucking
moron! You're totally clueless. And you've revealed that with these
comments. "Sorry mate" (duh!).
> |
> | Ma 638 Mathematical Logic II
> | First order number theory; primitive and general recursive functions;
> | arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
> | syntax and semantics of second order theories.
> |
> | Ma 753/773 Advanced Topics in Mathematical Logic
> | Selected topics in mathematical logic. Topics may include: a study of
> | the connection between the semantical and syntactical treatments of
> | propositional calculus and quantification theory, including references
> | to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
> | for theorem for the first order and predicate calculus, recursive
> | function theory, decidable theories, and Gödel's incompleteness
> | theorem for arithmetic, axiomatic set theory, model theory.
>
>
No comments about these other 600 and 700 level courses? Did you give
up? You caved. HA!
Correspondent:: DrPostman Date: Fri, 19 Nov 2004 14:18:22 GMT
--------
On 18 Nov 2004 21:11:03 -0800, the_nu42@yahoo.com (The_NU42) in
accordance with The Prophecy scribed:
>No comments about these other 600 and 700 level courses? Did you give
>up? You caved. HA!
What are you, a five year old? You have the emotional maturity of
one.
--
Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
Member,Board of Directors, afa-b, SKEP-TI-CULT® #15-51506-253.
AFA-B Official Pollster & Hammer of Thor winner - August 2004
You can email me at: DrPostman(at)gmail.com
"Again, think type and _them_ make sure that your babble is understood in
the common ENGLISH language."
-ExcrementOne displays his familiarity with irony
Correspondent:: Cameron Date: Fri, 19 Nov 2004 14:40:02 +0000
--------
DrPostman wrote:
> On 18 Nov 2004 21:11:03 -0800, the_nu42@yahoo.com (The_NU42) in
> accordance with The Prophecy scribed:
>
>
>
>>No comments about these other 600 and 700 level courses? Did you give
>>up? You caved. HA!
>
>
>
> What are you, a five year old? You have the emotional maturity of
> one.
>
> --
> Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
That's enough to put people off having kids for live ;)
~Cameron
Correspondent:: Leo Fellmann Date: 19 Nov 2004 19:56:48 GMT
--------
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Hash: SHA1
The_NU42 wrote:
| Leo Fellmann wrote in message
news:<3041idF2qh401U1@uni-berlin.de>...
|
|
|>|
|>| Ma 547 Advanced Calculus I
|>
|>^^ second-semester stuff. Sorry mate.
|>
|>|
|>| Ma 548 Advanced Calculus II
|>|
|>| Ma 637 Mathematical Logic I
|>
|>^^partially first-semester stuff there.
|>
|
|
| For most people, these would be taken in GRADUATE SCHOOL, you fucking
| moron! You're totally clueless. And you've revealed that with these
| comments. "Sorry mate" (duh!).
You only got around to mathematical logic at "graduate" level? Strange sort of course
you had.
|>|
|>| Ma 638 Mathematical Logic II
|>| First order number theory; primitive and general recursive functions;
|>| arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
|>| syntax and semantics of second order theories.
|>|
|>| Ma 753/773 Advanced Topics in Mathematical Logic
|>| Selected topics in mathematical logic. Topics may include: a study of
|>| the connection between the semantical and syntactical treatments of
|>| propositional calculus and quantification theory, including references
|>| to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
|>| for theorem for the first order and predicate calculus, recursive
|>| function theory, decidable theories, and Gödel's incompleteness
|>| theorem for arithmetic, axiomatic set theory, model theory.
|>
|>
|
|
| No comments about these other 600 and 700 level courses? Did you give
| up? You caved. HA!
Do you actually understand the meaning of the word "mostly"?
- --
Leo Fellmann
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Correspondent:: the_nu42@yahoo.com (The_NU42)
Date: 19 Nov 2004 21:58:43 -0800
--------
Leo Fellmann wrote in message news:<3071fvF2t6d7kU1@uni-berlin.de>...
> |>| Ma 547 Advanced Calculus I
> |>^^ second-semester stuff. Sorry mate.
> |>| Ma 548 Advanced Calculus II
> |>| Ma 637 Mathematical Logic I
> |>^^ partially first-semester stuff there.
> |>| Ma 638 Mathematical Logic II
> |>| Ma 753/773 Advanced Topics in Mathematical Logic
> | For most people, these would be taken in GRADUATE SCHOOL, you fucking
> | moron! You're totally clueless. And you've revealed that with these
> | comments. "Sorry mate" (duh!).
> You only got around to mathematical logic at "graduate" level? Strange sort
> of course you had.
OMG.
OK. Is there still maybe a LANGUAGE issue going on here??? Listen
carefully: here in The United States, pretty much anything beyond the
400-level stuff is GRADUATE SCHOOL LEVEL material. Of course I had a
smattering of logic as an undergrad!!! Who didn't??? But my hard-core
logic was taken at the GRADUATE SCHOOL LEVEL! Do you know what that
is? DO YOU UNDERSTAND? It's what you do after you get a 4-year degree!
You know, where you study for a Masters or a PhD???!!! DO YOU
UNDERSTAND NOW, YOU FOUL SMELLING, BACKWARDS LITTLE EU SIMPLETON,
YOU?! WELL?!
Correspondent:: Art Deco Date: Fri, 19 Nov 2004 23:50:22 -0700
--------
The_NU42 wrote:
> Leo Fellmann wrote in message
> news:<3071fvF2t6d7kU1@uni-berlin.de>...
>
> > |>| Ma 547 Advanced Calculus I
> > |>^^ second-semester stuff. Sorry mate.
> > |>| Ma 548 Advanced Calculus II
> > |>| Ma 637 Mathematical Logic I
> > |>^^ partially first-semester stuff there.
> > |>| Ma 638 Mathematical Logic II
> > |>| Ma 753/773 Advanced Topics in Mathematical Logic
>
> > | For most people, these would be taken in GRADUATE SCHOOL, you fucking
> > | moron! You're totally clueless. And you've revealed that with these
> > | comments. "Sorry mate" (duh!).
>
>
> > You only got around to mathematical logic at "graduate" level? Strange sort
> > of course you had.
>
> OMG.
>
> OK. Is there still maybe a LANGUAGE issue going on here??? Listen
> carefully: here in The United States, pretty much anything beyond the
> 400-level stuff is GRADUATE SCHOOL LEVEL material. Of course I had a
> smattering of logic as an undergrad!!! Who didn't??? But my hard-core
> logic was taken at the GRADUATE SCHOOL LEVEL! Do you know what that
> is? DO YOU UNDERSTAND? It's what you do after you get a 4-year degree!
> You know, where you study for a Masters or a PhD???!!! DO YOU
> UNDERSTAND NOW, YOU FOUL SMELLING, BACKWARDS LITTLE EU SIMPLETON,
> YOU?! WELL?!
>
> If you still need help, go here:
>
> http://gradschool.stevens-tech.edu/programs/ssa_Ma.html
Problems with your caps lock lately?
Correspondent:: DrPostman Date: Sat, 20 Nov 2004 06:54:22 GMT
--------
On 19 Nov 2004 21:58:43 -0800, the_nu42@yahoo.com (The_NU42) in
accordance with The Prophecy scribed:
>Leo Fellmann wrote in message news:<3071fvF2t6d7kU1@uni-berlin.de>...
>
>> |>| Ma 547 Advanced Calculus I
>> |>^^ second-semester stuff. Sorry mate.
>> |>| Ma 548 Advanced Calculus II
>> |>| Ma 637 Mathematical Logic I
>> |>^^ partially first-semester stuff there.
>> |>| Ma 638 Mathematical Logic II
>> |>| Ma 753/773 Advanced Topics in Mathematical Logic
>
>> | For most people, these would be taken in GRADUATE SCHOOL, you fucking
>> | moron! You're totally clueless. And you've revealed that with these
>> | comments. "Sorry mate" (duh!).
>
>
>> You only got around to mathematical logic at "graduate" level? Strange sort
>> of course you had.
>
>OMG.
>
>OK. Is there still maybe a LANGUAGE issue going on here??? Listen
>carefully: here in The United States, pretty much anything beyond the
>400-level stuff is GRADUATE SCHOOL LEVEL material. Of course I had a
>smattering of logic as an undergrad!!! Who didn't??? But my hard-core
>logic was taken at the GRADUATE SCHOOL LEVEL! Do you know what that
>is? DO YOU UNDERSTAND? It's what you do after you get a 4-year degree!
>You know, where you study for a Masters or a PhD???!!! DO YOU
>UNDERSTAND NOW, YOU FOUL SMELLING, BACKWARDS LITTLE EU SIMPLETON,
>YOU?! WELL?!
Do you get slobber all over your keyboard when you type like that?
BTW, keep up the random caps, it's a classic kooksign.
--
Dr.Postman USPS, MBMC, BsD; "Disgruntled, But Unarmed"
Member,Board of Directors, afa-b, SKEP-TI-CULT® #15-51506-253.
AFA-B Official Pollster & Hammer of Thor winner - August 2004
You can email me at: DrPostman(at)gmail.com
"Again, think type and _them_ make sure that your babble is understood in
the common ENGLISH language."
-ExcrementOne displays his familiarity with irony
Correspondent:: kdetal@aol.com (kdetal)
Date: 20 Nov 2004 21:33:23 GMT
--------
>BTW, keep up the random caps, it's a classic kooksign.
>
That just means you are not part of the hidden inner circle who have the all
revealing cipher.
--
"I AM Evil!
"No, your boring, which is worse."
-Anonymous twits on Alt.Magick
Correspondent:: Cameron Date: Sat, 20 Nov 2004 12:08:33 +0000
--------
The_NU42 wrote:
> Leo Fellmann wrote in message news:<3071fvF2t6d7kU1@uni-berlin.de>...
>
>
>>|>| Ma 547 Advanced Calculus I
>>|>^^ second-semester stuff. Sorry mate.
>>|>| Ma 548 Advanced Calculus II
>>|>| Ma 637 Mathematical Logic I
>>|>^^ partially first-semester stuff there.
>>|>| Ma 638 Mathematical Logic II
>>|>| Ma 753/773 Advanced Topics in Mathematical Logic
>
>
>>| For most people, these would be taken in GRADUATE SCHOOL, you fucking
>>| moron! You're totally clueless. And you've revealed that with these
>>| comments. "Sorry mate" (duh!).
>
>
>
>
>>You only got around to mathematical logic at "graduate" level? Strange sort
>>of course you had.
>
>
> OMG.
>
> OK. Is there still maybe a LANGUAGE issue going on here??? Listen
> carefully: here in The United States, pretty much anything beyond the
> 400-level stuff is GRADUATE SCHOOL LEVEL material. Of course I had a
> smattering of logic as an undergrad!!! Who didn't??? But my hard-core
> logic was taken at the GRADUATE SCHOOL LEVEL! Do you know what that
> is? DO YOU UNDERSTAND? It's what you do after you get a 4-year degree!
> You know, where you study for a Masters or a PhD???!!! DO YOU
> UNDERSTAND NOW, YOU FOUL SMELLING, BACKWARDS LITTLE EU SIMPLETON,
> YOU?! WELL?!
>
> If you still need help, go here:
>
> http://gradschool.stevens-tech.edu/programs/ssa_Ma.html
My my, you really do need to go away don't you, and how do you know if
Leo smells bad, been taking up stalking lately?
And listen I don't think anyone here gives a damn about what
qualifications you have, they know the one important thing, you are a a
bloody annoying kook and have issues in the brain department, was
there some kind of bribery involved with getting these qualifications?
Why don't you crawl back under the rock that fell on top of your head.
~Cameron
Correspondent:: "Packrat®" Date: Wed, 17 Nov 2004 00:37:27 GMT
--------
the_nu42@yahoo.com (The_NU42) wrote in
news:a6301466.0411161437.6e85cdb0@posting.google.com:
> DrPostman wrote in message
> news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>
>>
>> For some reason almost all kooks are challenged by that. I bet the
>> binary really freaks them out.
>>
>
> One would hope, DrPostman, that you're not referring to me. But, based
> on your previous insolent comments, it's quite possible that you are.
> Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
> Project Manager and a Systems Analyst with an MS degree), b) binary
> doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
> it's a very good bet that I've had more math than you or anyone else
> who is reading these words right now.
>
> So there.
>
> First off, my father has a Ph.D. in math. So math has always been a
> VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
> and Physics are my specialties. In terms of coursework, here's the
> math I've had:
>
> Ma 115 Mathematical Analysis I
> Functions of one variable, limits, continuity, derivatives, chain
> rule, maxima and minima, exponential and logarithm, inverse functions,
> antiderivatives, elementary differential equations, Riemann sums, the
> Fundamental Theorem of Calculus, vectors and determinants.
>
> Ma 116 Mathematical Analysis II
> Techniques of integration, infinite series and Taylor series, polar
> coordinates, double integrals, improper integrals, parametric curves,
> arc length, functions of severable variables, partial derivatives,
> gradients and directional derivatives.
>
> Ma 220 Differential Equations and Multivariate Calculus
> Double and triple integrals; polar cylindrical and spherical
> coordinates; surface integrals; first order D.E.'s, linear D.E.'s,
> methods of undetermined coefficients and variation of parameters;
> series solutions; numerical methods for D.E.'s, Laplace Transforms.
>
> Ma 221 Mathematical Analysis III
> Ordinary differential equations of first and second order, homogeneous
> and nonhomogeneous equations, improper integrals, Laplace transforms,
> infinite sequences and series, series solutions of ordinary
> differential equations, Bessel functions.
>
> Ma 227 Mathematical Analysis IV
> Boundary-value problems; orthogonal functions; Fourier series;
> separation of variables for partial differential equations; matrices
> and determinants; Cramer's rule; row reduction of matrices;
> eigenvalues and eigenvectors; systems of equations; double and triple
> integrals; polar, cylindrical and spherical coordinates; surface and
> line integrals; integral theorems of Green, Gauss and Stokes. Required
> for those in the Engineering curriculum.
>
> Ma 230 Multivariate Calculus and Optimization
> The course begins with a study of n-dimensional geometry (hyperplanes,
> hyperspheres, convex hulls, convex polyhedra), and moves on to study
> the differential calculus of functions of several variables. In this
> context, classical optimization theory is studied --that is, the
> application of calculus to the basic problem of finding the maxima and
> minima of a continuous function of one or more variables, using
> Lagrange multipliers, and paying particular attention to convex and
> concave functions. The final major topic studied is linear programming
> through the simplex method. Computational methods are stressed
> throughout. Other topics, such as search techniques, will be taken up
> as time permits.
>
> Ma 346 Numerical Methods
> This course addresses the fundamental question of how one may use a
> finite state digital machine to provide useful answers to questions
> derived from models involving non- finite descriptions. The solution
> of transcendental equations, systems of equations, and differential
> equations will be discussed. Numerical integration as well as mini-max
> approximation of functions will be highlighted. Ways of estimating and
> controlling roundoff will be outlined and implemented.
>
> Ma 547 Advanced Calculus I
> Elementary topology of Euclidean spaces; differential calculus of
> functions of several variables; inverse and implicit function
> theorems; integration; differential forms; theorems of Gauss, Green
> and Stokes.
>
> Ma 548 Advanced Calculus II
> A continuation of Ma 547 but with greater emphasis on mathematical
> rigor. Topics covered may include convergence of series,
> Riemann-Stieltjes integration, functions of bounded variation, metric
> spaces, introduction to measure theory and functional analysis.
>
> Ma 637 Mathematical Logic I
> Propositional calculus; syntax and semantics of first order theories;
> completeness theorem; elementary model theory: axiomatic development
> of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
> the axiom of choice and several equivalent axioms.
>
> Ma 638 Mathematical Logic II
> First order number theory; primitive and general recursive functions;
> arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
> syntax and semantics of second order theories.
>
> Ma 753/773 Advanced Topics in Mathematical Logic
> Selected topics in mathematical logic. Topics may include: a study of
> the connection between the semantical and syntactical treatments of
> propositional calculus and quantification theory, including references
> to the works of Harbrand, Dreben and Hintikka, Gödel's completeness
> for theorem for the first order and predicate calculus, recursive
> function theory, decidable theories, and Gödel's incompleteness
> theorem for arithmetic, axiomatic set theory, model theory.
For the *engineers* who are here, why don't you take your list
and air it out on sci.physics. Be sure and ask for Uncle Al.
Correspondent:: Lady Chatterly Date: Thu, 18 Nov 2004 3:56:12 GMT
--------
In article the_nu42@yahoo.com (The_NU42) wrote:
>
>DrPostman wrote in message news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>
>>
>> For some reason almost all kooks are challenged by that. I bet the
>> binary really freaks them out.
>>
>
>One would hope, DrPostman, that you're not referring to me. But, based
>on your previous insolent comments, it's quite possible that you are.
>Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
>Project Manager and a Systems Analyst with an MS degree), b) binary
>doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
>it's a very good bet that I've had more math than you or anyone else
>who is reading these words right now.
Why are you asking who Reading these words right now is?
>So there.
A thorn defends the rose, harming only those who would steal the
blossom.
>First off, my father has a Ph.D. in math. So math has always been a
>VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
>and Physics are my specialties. In terms of coursework, here's the
>math I've had:
In English composition.
>Ma 115 Mathematical Analysis I
>Functions of one variable, limits, continuity, derivatives, chain
>rule, maxima and minima, exponential and logarithm, inverse functions,
>antiderivatives, elementary differential equations, Riemann sums, the
>Fundamental Theorem of Calculus, vectors and determinants.
It is not enough to run, one must start in time.
>Ma 116 Mathematical Analysis II
>Techniques of integration, infinite series and Taylor series, polar
>coordinates, double integrals, improper integrals, parametric curves,
>arc length, functions of severable variables, partial derivatives,
>gradients and directional derivatives.
What makes you so sure?
>Ma 220 Differential Equations and Multivariate Calculus
>Double and triple integrals; polar cylindrical and spherical
>coordinates; surface integrals; first order D.E.'s, linear D.E.'s,
>methods of undetermined coefficients and variation of parameters;
>series solutions; numerical methods for D.E.'s, Laplace Transforms.
And others are correct if that I have not been wrong about everything,
kook.
>Ma 221 Mathematical Analysis III
>Ordinary differential equations of first and second order, homogeneous
>and nonhomogeneous equations, improper integrals, Laplace transforms,
>infinite sequences and series, series solutions of ordinary
>differential equations, Bessel functions.
Do you have many friends?
>Ma 227 Mathematical Analysis IV
>Boundary-value problems; orthogonal functions; Fourier series;
>separation of variables for partial differential equations; matrices
>and determinants; Cramer's rule; row reduction of matrices;
>eigenvalues and eigenvectors; systems of equations; double and triple
>integrals; polar, cylindrical and spherical coordinates; surface and
>line integrals; integral theorems of Green, Gauss and Stokes. Required
>for those in the Engineering curriculum.
Anger is as a stone cast into a wasp's nest.
>Ma 230 Multivariate Calculus and Optimization
>The course begins with a study of n-dimensional geometry (hyperplanes,
>hyperspheres, convex hulls, convex polyhedra), and moves on to study
>the differential calculus of functions of several variables. In this
>context, classical optimization theory is studied --that is, the
>application of calculus to the basic problem of finding the maxima and
>minima of a continuous function of one or more variables, using
>Lagrange multipliers, and paying particular attention to convex and
>concave functions. The final major topic studied is linear programming
>through the simplex method. Computational methods are stressed
>throughout. Other topics, such as search techniques, will be taken up
>as time permits.
Can you elaborate on that?
>Ma 346 Numerical Methods
>This course addresses the fundamental question of how one may use a
>finite state digital machine to provide useful answers to questions
>derived from models involving non- finite descriptions. The solution
>of transcendental equations, systems of equations, and differential
>equations will be discussed. Numerical integration as well as mini-max
>approximation of functions will be highlighted. Ways of estimating and
>controlling roundoff will be outlined and implemented.
Everyone is kneaded out of the same dough but not baked in the same
oven.
>Ma 547 Advanced Calculus I
>Elementary topology of Euclidean spaces; differential calculus of
>functions of several variables; inverse and implicit function
>theorems; integration; differential forms; theorems of Gauss, Green
>and Stokes.
Are you delusional?
>Ma 548 Advanced Calculus II
>A continuation of Ma 547 but with greater emphasis on mathematical
>rigor. Topics covered may include convergence of series,
>Riemann-Stieltjes integration, functions of bounded variation, metric
>spaces, introduction to measure theory and functional analysis.
He whose face gives no light, shall never become a star.
>Ma 637 Mathematical Logic I
>Propositional calculus; syntax and semantics of first order theories;
>completeness theorem; elementary model theory: axiomatic development
>of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
>the axiom of choice and several equivalent axioms.
Punctuality is the virtue of the bored.
>Ma 638 Mathematical Logic II
>First order number theory; primitive and general recursive functions;
>arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
>syntax and semantics of second order theories.
Are you sure about that?
--
Lady Chatterly
"Hahahahahaha.....He has so much bile, he poisons his own, Lady C." --
Hyerdahl1
Correspondent:: HellPope Huey Date: Thu, 18 Nov 2004 06:14:38 GMT
--------
In article <8be6571.3c0c1af5@worldnet.att.net>,
Lady Chatterly wrote:
> Anger is as a stone cast into a wasp's nest.
But a wasp's nest cast into the shower of a shithead is a balm unto the
spirit, as buttsplitting giggling doth cleanse the heart of rage .
--
HellPope Huey
Religion is the opiate of people who need a hash break.
"... so here it hangs, like a gym sock on a shower rod."
- "The West Wing"
It is a mistake to think you can solve any major problems
just with potatoes.
- Douglas Adams
Correspondent:: Lady Chatterly Date: Thu, 18 Nov 2004 6:21:48 GMT
--------
In article HellPope Huey wrote:
>
>In article <8be6571.3c0c1af5@worldnet.att.net>,
> Lady Chatterly wrote:
>
>> Anger is as a stone cast into a wasp's nest.
>
>But a wasp's nest cast into the shower of a shithead is a balm unto the
>spirit, as buttsplitting giggling doth cleanse the heart of rage .
An angry man is not fit to pray.
--
Lady Chatterly
"don't flatter yourself. the CPU time you were allocated is a tiny
fraction of what it spend on following ladies: 1) lady chatterly 2)
alexa 3) roofuck" -- yyyiiinnnggg
Correspondent:: König Prüß, GfbAEV
Date: Thu, 18 Nov 2004 08:39:39 GMT
--------
Lady Chatterly wrote:
> In article HellPope Huey wrote:
> >
> >In article <8be6571.3c0c1af5@worldnet.att.net>,
> > Lady Chatterly wrote:
> >
> >> Anger is as a stone cast into a wasp's nest.
> >
> >But a wasp's nest cast into the shower of a shithead is a balm unto the
> >spirit, as buttsplitting giggling doth cleanse the heart of rage .
>
> An angry man is not fit to pray.
>
> --
"Anybody can win unless there happens
to be a second entry."
--George Ade
Correspondent:: HellPope Huey Date: Thu, 18 Nov 2004 17:30:03 GMT
--------
In article ,
Lady Chatterly wrote:
> In article
> HellPope Huey wrote:
> >In article <8be6571.3c0c1af5@worldnet.att.net>,
> > Lady Chatterly wrote:
> >
> >> Anger is as a stone cast into a wasp's nest.
> >
> >But a wasp's nest cast into the shower of a shithead is a balm unto the
> >spirit, as buttsplitting giggling doth cleanse the heart of rage .
>
> An angry man is not fit to pray.
Yeah, but he's in one FUCK of a great position to cuss God for His
shitty handiwork.
--
HellPope Huey
I am not a conservative crossdresser, but IT COULD HAPPEN!!
YES!!! MY KIND SHALL something something!!
And if you gaze for long into an abyss,
the abyss gazes also into you.
- Friedrich Nietzsche
When you gaze into the abyss,
Mrs. Barstow pokes you in the eye
and screams at you to plug up that hole in her shower stall
or she'll KICK YOU INNA NUTS.
- HellPope Huey
Correspondent:: Lady Chatterly Date: Thu, 18 Nov 2004 17:40:36 GMT
--------
In article HellPope Huey wrote:
>
>In article ,
> Lady Chatterly wrote:
>> In article
>> HellPope Huey wrote:
>> >In article <8be6571.3c0c1af5@worldnet.att.net>,
>> > Lady Chatterly wrote:
>> >
>> >> Anger is as a stone cast into a wasp's nest.
>> >
>> >But a wasp's nest cast into the shower of a shithead is a balm unto the
>> >spirit, as buttsplitting giggling doth cleanse the heart of rage .
>>
>> An angry man is not fit to pray.
>
>Yeah, but he's in one FUCK of a great position to cuss God for His
>shitty handiwork.
A great deal of progress has been made in treating the cancer cells
with modified viruses. Specifically what is called the suicide virus.
It is genetically engineered to attach to the cancer cell and when it
does, it literally commits kamakazi suicide, taking the cancer cell
with it. This is a far better method than the old-day chemo and
radiation treatments which killed healthy as well as cancerous cells.
--
Lady Chatterly
"Even lady Chatterly is preferable to your conversation", Barbie." --
Will Dockery
Correspondent:: "Packrat®" Date: Thu, 18 Nov 2004 15:18:14 GMT
--------
Lady Chatterly wrote in
news:8be6571.3c0c1af5@worldnet.att.net:
> In article
> the_nu42@yahoo.com (The_NU42) wrote:
>>
>>DrPostman wrote in message
>>news:<9dihp0lqnjqg8dpsabo8bvaosbfkbvos3v@4ax.com>...
>>
>>>
>>> For some reason almost all kooks are challenged by that. I bet the
>>> binary really freaks them out.
>>>
>>
>>One would hope, DrPostman, that you're not referring to me. But, based
>>on your previous insolent comments, it's quite possible that you are.
>>Listen closely, you fucking simpleton: a) I'm not a kook (I'm an IT
>>Project Manager and a Systems Analyst with an MS degree), b) binary
>>doesn't "freak me out" (why would it?), and c) SPEAKING OF BETTING,
>>it's a very good bet that I've had more math than you or anyone else
>>who is reading these words right now.
>
> Why are you asking who Reading these words right now is?
>
>>So there.
>
> A thorn defends the rose, harming only those who would steal the
> blossom.
>
>>First off, my father has a Ph.D. in math. So math has always been a
>>VERY BIG part of my life. In fact, aside from my 20 years in IT, Math
>>and Physics are my specialties. In terms of coursework, here's the
>>math I've had:
>
> In English composition.
>
>>Ma 115 Mathematical Analysis I
>>Functions of one variable, limits, continuity, derivatives, chain
>>rule, maxima and minima, exponential and logarithm, inverse functions,
>>antiderivatives, elementary differential equations, Riemann sums, the
>>Fundamental Theorem of Calculus, vectors and determinants.
>
> It is not enough to run, one must start in time.
>
>>Ma 116 Mathematical Analysis II
>>Techniques of integration, infinite series and Taylor series, polar
>>coordinates, double integrals, improper integrals, parametric curves,
>>arc length, functions of severable variables, partial derivatives,
>>gradients and directional derivatives.
>
> What makes you so sure?
>
>>Ma 220 Differential Equations and Multivariate Calculus
>>Double and triple integrals; polar cylindrical and spherical
>>coordinates; surface integrals; first order D.E.'s, linear D.E.'s,
>>methods of undetermined coefficients and variation of parameters;
>>series solutions; numerical methods for D.E.'s, Laplace Transforms.
>
> And others are correct if that I have not been wrong about everything,
> kook.
>
>>Ma 221 Mathematical Analysis III
>>Ordinary differential equations of first and second order, homogeneous
>>and nonhomogeneous equations, improper integrals, Laplace transforms,
>>infinite sequences and series, series solutions of ordinary
>>differential equations, Bessel functions.
>
> Do you have many friends?
>
>>Ma 227 Mathematical Analysis IV
>>Boundary-value problems; orthogonal functions; Fourier series;
>>separation of variables for partial differential equations; matrices
>>and determinants; Cramer's rule; row reduction of matrices;
>>eigenvalues and eigenvectors; systems of equations; double and triple
>>integrals; polar, cylindrical and spherical coordinates; surface and
>>line integrals; integral theorems of Green, Gauss and Stokes. Required
>>for those in the Engineering curriculum.
>
> Anger is as a stone cast into a wasp's nest.
>
>>Ma 230 Multivariate Calculus and Optimization
>>The course begins with a study of n-dimensional geometry (hyperplanes,
>>hyperspheres, convex hulls, convex polyhedra), and moves on to study
>>the differential calculus of functions of several variables. In this
>>context, classical optimization theory is studied --that is, the
>>application of calculus to the basic problem of finding the maxima and
>>minima of a continuous function of one or more variables, using
>>Lagrange multipliers, and paying particular attention to convex and
>>concave functions. The final major topic studied is linear programming
>>through the simplex method. Computational methods are stressed
>>throughout. Other topics, such as search techniques, will be taken up
>>as time permits.
>
> Can you elaborate on that?
>
>>Ma 346 Numerical Methods
>>This course addresses the fundamental question of how one may use a
>>finite state digital machine to provide useful answers to questions
>>derived from models involving non- finite descriptions. The solution
>>of transcendental equations, systems of equations, and differential
>>equations will be discussed. Numerical integration as well as mini-max
>>approximation of functions will be highlighted. Ways of estimating and
>>controlling roundoff will be outlined and implemented.
>
> Everyone is kneaded out of the same dough but not baked in the same
> oven.
>
>>Ma 547 Advanced Calculus I
>>Elementary topology of Euclidean spaces; differential calculus of
>>functions of several variables; inverse and implicit function
>>theorems; integration; differential forms; theorems of Gauss, Green
>>and Stokes.
>
> Are you delusional?
>
>>Ma 548 Advanced Calculus II
>>A continuation of Ma 547 but with greater emphasis on mathematical
>>rigor. Topics covered may include convergence of series,
>>Riemann-Stieltjes integration, functions of bounded variation, metric
>>spaces, introduction to measure theory and functional analysis.
>
> He whose face gives no light, shall never become a star.
>
>>Ma 637 Mathematical Logic I
>>Propositional calculus; syntax and semantics of first order theories;
>>completeness theorem; elementary model theory: axiomatic development
>>of Zermelo-Fraenkel or Bernays-Gödel set theory; ordinals, cardinals,
>>the axiom of choice and several equivalent axioms.
>
> Punctuality is the virtue of the bored.
>
>>Ma 638 Mathematical Logic II
>>First order number theory; primitive and general recursive functions;
>>arithmetization; Gauodel's incompleteness theorems; Tarski's theorems;
>>syntax and semantics of second order theories.
>
> Are you sure about that?
>
Me thinks you give new meaning to the shopworn syllabus syndrome.
Sorry.. too early in the day for alliteration and eating oatmeal.