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# Mohamed Atyya

### cairo

Last seen: 8 mesi fa Attivo dal 2016

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knapsack problem
this code can solve lage knapsack problem with low hardware capabilities using modified dynamic programming

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01 Knapsack Solution by Dynamic Programming
01 Knapsack Solution by Dynamic Programming

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Circle/Pentagon Overlap
Your function will be provided with the five vertices of a pentagon (p) as well as the center point (cp) and radius (r) of a cir...

oltre 5 anni fa

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Recaman Sequence - I
Recaman Sequence (A005132 - <http://oeis.org/A005132 - OEIS Link>) is defined as follow; seq(0) = 0; for n > 0, seq(n) ...

oltre 5 anni fa

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A Simple Tide Gauge with MATLAB
*&#8767 &#8767 &#8767 &#8767 &#8767 &#8767 &#8767 &#8767* You are standing in a few inches of sea water on a beach. You a...

oltre 5 anni fa

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Is this is a Tic Tac Toe X Win?
For the game of <https://en.wikipedia.org/wiki/Tic-tac-toe Tic Tac Toe> we will be storing the state of the game in a matrix M. ...

oltre 5 anni fa

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Basic electricity in a dry situation
&#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#9889 &#...

oltre 5 anni fa

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Pentagonal Numbers
Your function will receive a lower and upper bound. It should return all pentagonal numbers within that inclusive range in ascen...

oltre 5 anni fa

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Energy of a photon
*&#9883 &#9762 &#9883 &#9762 &#9883 &#9762 &#9883* Given the frequency F of a photon in giga hertz. Find energy E of this...

oltre 5 anni fa

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How to subtract?
*&plusmn &plusmn &plusmn &plusmn &plusmn &plusmn &plusmn &plusmn &plusmn &plusmn &plusmn* * Imagine you need to subtract one...

oltre 5 anni fa

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Nonlinear transformations Gain Scheduling
Nonlinear transformations Gain Scheduling

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PIDA controller
PIDA controller

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PDA controller
PDA controller

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PID controller
PID controller

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Self-Tuning Regulators (STR)
Self-Tuning Regulators (STR)

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Concentration Control Gain Scheduling
Concentration Control Gain Scheduling

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Non-linear valve Gain Scheduling
Non-linear valve Gain Scheduling

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Tank system Gain Scheduling
Tank system Gain Scheduling

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Second Order System Adjustment (Lyapunov Theory)
Second Order System Adjustment (Lyapunov Theory)

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Second Order System Adjustment (Lyapunov Theory)
Second Order System Adjustment (Lyapunov Theory)

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First Order System Adjustment (Lyapunov Theory)
First Order System Adjustment (Lyapunov Theory)

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Second Order System Adjustment with first order controller (Normalized MIT Rule)
Second Order System Adjustment with first order controller (Normalized MIT Rule)

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Second Order System Adjustment (Normalized MIT Rule)
Second Order System Adjustment (Normalized MIT Rule)

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First Order System Adjustment (Normalized MIT Rule)
First Order System Adjustment (Normalized MIT Rule)

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second order system (Determination of adaptation gain)
second order system (Determination of adaptation gain)

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first order system (Determination of adaptation gain)
first order system (Determination of adaptation gain)

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Second Order System Adjustment with first order controller (MIT Rule)
Second Order System Adjustment with first order controller (MIT Rule)