mohamed-ennahdi

package com.exercises.main;
import java.util.Scanner;

/**
 * @author Mohamed Ennahdi El Idrissi
 * 
 * 
 *	This program does the following:
 *		- Reading the size (int) of the array from the keyboard;
 *		- Reading each element of the array from the keyboard;

mohamed-ennahdi

package com.blogspot.mohalgorithmsorbit.equation;

/**
 * 
 * @author Mohamed Ennahdi El Idrissi
 *
 */
public class Equation {
	int n;
	int base;

mohamed-ennahdi

//*******************************************************************
// File:			HuffmanEncoding.c
// Author(s):		Mohamed Ennahdi El Idrissi
// Date:  			14-Aug-2012
// 
// Input Files:		in.txt
// Output Files:	out.txt
// Description:  	CSC 2302 - <Data Structures>
//							   <Struct, Array, File I/O, Recursion, Pointers, Binary Tree>
//					This program covers the Huffman Encoding concept.

mohamed-ennahdi

package com.exercises.test;

import java.util.Random;

import com.exercises.main.EvaluationExercise;

public class EvaluationExerciseTest {

	/**
	 * Unit testing of a random number of cases.

mohamed-ennahdi

//*******************************************************************
// File:			TwosComplementBinaryMultiplication.c
// Author(s):		Mohamed Ennahdi El Idrissi
// Date:  			06-Aug-2012
// 
// Input Files:		NONE
// Output Files:	NONE
// Description:  	CSC 2304 - <Computer Architecture and Organization>
//							   <Computer Arithmetic>
//					This program implements the Two's Complement Binary Multiplication algorithm 

mohamed-ennahdi

//*******************************************************************
// File:			TwosComplementBinaryDivision.c
// Author(s):		Mohamed Ennahdi El Idrissi
// Date:  			06-Aug-2012
// 
// Input Files:		NONE
// Output Files:	NONE
// Description:  	CSC 2304 - <Computer Architecture and Organization>
//							   <Computer Arithmetic>
//					This program implements the Two's Complement Binary Division algorithm 

mohamed-ennahdi

/*
 *	Mohamed Ennahdi El Idrissi
 *	CSC 2304 - Computer Organization and Architecture
 *
 *  Converting a given number:
 *      -   from Real Number to IEEE 754
 *      -   from IEEE 754 to Real Number
 */
#include <stdio.h>
#include <math.h>

mohamed-ennahdi

//*******************************************************************
// File:			UnsignedBinaryDivision.c
// Author(s):		Mohamed Ennahdi El Idrissi
// Date:  			06-Aug-2012
// 
// Input Files:		NONE
// Output Files:	NONE
// Description:  	CSC 2304 - <Computer Architecture and Organization>
//							   <Computer Arithmetic>
//					This program implements the Unsigned Binary Division algorithm 

mohamed-ennahdi

//*******************************************************************
// File:			UnsignedBinaryMultiplication.c
// Author(s):		Mohamed Ennahdi El Idrissi
// Date:  			06-Aug-2012
// 
// Input Files:		NONE
// Output Files:	NONE
// Description:  	CSC 2304 - <Computer Architecture and Organization>
//							   <Computer Arithmetic>
//					This program implements the Unsigned Binary Multiplication algorithm 

mohamed-ennahdi

#include <stdio.h>

#define N 26
/*
 * This structure gathers the elements (letters) and their frequency.
 */
typedef struct {
	char sourceAlphabet[N];
	unsigned frequency;
} Symbol;