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18 Threads found on edaboard.com: **Linear Programming**

this time I am working on the a project for **linear** and circular interpolation.
I am using atmega 16. I want to know that how will I feed the program in it. And before it how will I check my program whether it is right or not. I read about codevisionavr but didn't understand that which version should I use.
Help me.

Microcontrollers :: 03-14-2014 03:07 :: psriya :: Replies: **1** :: Views: **476**

sharp GP2D12 has minimum obstacle detection range . in 0-20cm range sensor data will be invalid.
sharp GP2D12 output is a **linear** voltage according to distance
I hope this will help

Microcontrollers :: 04-14-2013 08:46 :: Jestin_cubetech :: Replies: **4** :: Views: **1112**

Is your problem ripple, noise or instability? Ripple due to switching should be removed by the **linear** regulator section.
The **linear** regulator will be very sensitive to what is on the **programming** input - 5mV on there will translate to 0.5V on the output. So, you need to make sure the program voltage is very clean.
A quick and easy APD (...)

Analog Circuit Design :: 01-15-2013 15:33 :: keith1200rs :: Replies: **5** :: Views: **1244**

hi everyone!...
I need a Matlab program of **linear** **programming** algorithm (this is an equation only - Please see the attach file for this equation). Can anyone help me to write this program?
Thanks in Advance.
Farhad.

PC Programming and Interfacing :: 05-13-2010 04:21 :: farhad2010 :: Replies: **2** :: Views: **1028**

CAN ANYBODY HALP ME ABOUT APPLICATION MATLAB IN **linear** PROGRAMMNIG PROBLEMS, SOME BOOKS, DOCUMENTS LINKS, EXPECIALY I NEED SOME GOOD BOOKS
THANKS!

Mathematics and Physics :: 07-25-2008 11:44 :: Lantros :: Replies: **1** :: Views: **1098**

Try this:
Convex Optimization, S. Boyd and L. Vandenberghe, Chapter 5
and this:
**linear** and Non**linear** **programming**, D. G. Luenberger, Chapter 10

Mathematics and Physics :: 08-03-2008 14:02 :: gaffar :: Replies: **1** :: Views: **1711**

Hello,
If I want to solve an ODE (for example underdamped second order **linear** de), the usual numerical techniques (Euler, RK...) don't give the good solution:
Any advice?
Thanks,

Mathematics and Physics :: 04-25-2008 14:27 :: drabos :: Replies: **3** :: Views: **1165**

Wow, though question...with out HW configuration, I say "Use increment **linear** function than decrement **linear** function"! For example use for function i=0 than i++ and j=i than j--
Like that.

Microcontrollers :: 01-30-2008 07:21 :: rikie_rizza :: Replies: **2** :: Views: **783**

A handy software for solving **linear** **programming** problems for engineers and mathmaticians.

Software Links :: 03-27-2007 13:06 :: zapak :: Replies: **1** :: Views: **627**

please give me some idea about this problem:
Say I have an obj function:
Σ (Z) *(1+log X)
where Z is a binary valued (or indicator) function having either value 1 or 0.
I need to maximize the function over all m,l,f.
How I can implement it in AMPL? Is there any way to convert the objective function so that I can

Network :: 05-16-2007 17:31 :: pmonon :: Replies: **3** :: Views: **1749**

i want to know that who r the best books for digital system design, **linear** control system

Microcontrollers :: 01-27-2007 00:47 :: amit21 :: Replies: **2** :: Views: **4526**

Hi I was looking for a good refernence for **linear** Integer **programming**.
I would be interested in the latest advances made in this field. Help would be appreciated.

Mathematics and Physics :: 05-15-2006 22:13 :: mohit :: Replies: **0** :: Views: **751**

I want some Matlab code for a typical non **linear** **programming** ?

PLD, SPLD, GAL, CPLD, FPGA Design :: 04-08-2006 18:31 :: pourfardm :: Replies: **1** :: Views: **1587**

I want the "Non-**linear** **programming**" By Bertsekas

PLD, SPLD, GAL, CPLD, FPGA Design :: 04-08-2006 18:29 :: pourfardm :: Replies: **0** :: Views: **949**

Hi...
According with Ali Hajimiri et al. (e.g. in "Concepts and Methods in Optimization of Integrated LC VCOs"), you can fix trade-offs VCO LC based on varactor value (Cv), channel width (Wn), current consumption (I), and inductor.
But, I donīt understand how all these variables are mathematically related each other, througth simple expresion

Analog Circuit Design :: 09-20-2005 06:05 :: mazelk :: Replies: **0** :: Views: **842**

I see this problem like this:
every tap (in your case x**14 and x**15) in LFSR (**linear**-feedback shift register) of your polynomial adds one additional error in the receiver. So the sum of all errors is three since original error plus two tap errors equals three.
I'm not sure about your code since I don't understand the **programming** syntax.

Digital Signal Processing :: 07-15-2005 14:02 :: rfmw :: Replies: **6** :: Views: **5965**

Nocedal J., Wright S.J. Numerical optimization(ISBN 0387987932)
**linear** **programming**: Foundations and Extensions-- Robert Vanderbei

Mathematics and Physics :: 02-04-2005 16:09 :: me2please :: Replies: **4** :: Views: **1865**

Simplex is a classic method for solving **linear** **programming** problems.
I think you can try google using "**linear** **programming** solver".
But actually simplex method is kind of simple you can even write a solver yourself. You may end up with looking at integer **programming** or more generally known as "knapsack (...)

ASIC Design Methodologies and Tools (Digital) :: 04-03-2004 09:05 :: don_quixote :: Replies: **4** :: Views: **1329**

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