Algorithms

Sorting algorithms

Searching

Compiler Algorithms

Combinatorial Algorithms

Regular expressions

A console-based hash calculator. Supported algorithms: CRC-16, CRC-16-CCITT, CRC-32, FCS-16, FCS-32, GHash-32-3, GHash-32-5, GOST-Hash, HAVAL-5-256, MD2, MD4, MD5, SHA-1, SHA-256, SHA-384, SHA-512, Tiger.

This article presents a class for using PPM to compress a file.

Genetic and Ant Colony Optimization Algorithms

A pseudorandom number generator.

A class that converts between doubles, strings and fractional representations.

This function will check to see if a file exist in the computer if it doesnt it will return -1 else 0.

resize the array in the class while the run-time

These program shows how to create and pass a 2D dynamic array to a function. It can be very useful for applications that you might create.

A representation of the First In First Out Algorithm in Page Replacement Algorithms

This is my first submission on PSC.My this Code Prints the Alphabetic Diamond.Look Output here, it is so easy. It will take a number input for no. of alphabets should be in Diamond.It is the Demonstration of for loop

This is just a simple Calculator that allows someone to +,-,*,/ fractions. Was a class lab thought it might actually be useful to someone.

This program is to show how to get the last digit of an integer type without using "last_digit = num % 10" It also shows that "%" is slower than my optimized code due to "%" using division My optimized code is faster than using "%" about 90% of the time

Queen Search algorithm for solving the n-queens algorithm, Morris' breakout algorithm, Dozier and Williams' breakout algorithms, Simulated annealing solution of the n-queens problem.

Collection of algorithm source code includes. String Tokenizer, Fuzzy String Matching, Rational Number Class, Simple FSM, Equation Solver, Guessing Games.

Data Structures(Arrays, Linked List, Stack) and Algorithm related sources.

Collection of sources C,C++ and other languages by Muhammad Tahir Shahzad. C++ sections includes. Algortihms, Data Structures, Numerical Analysis and other topics.

C# Author ALI RAZA SHAIKH

C++ Author ALI RAZA SHAIKH

Huffman Coding Encryption. Huffman coding is to use an encryption key to. shuffle the Huffman tree before the encoding. C++ Author ALI RAZA SHAIKH

Solution of equation by Gauss-Jordan C# Author FIDA HUSSAIN

Class to represent valid rational numbers

A C++ Program to solve the Towers of Hanoi Problem (using Recursive Algorithm). Author:Muhammad Tahir Shahzad

A C++ Program to computes the n_th term of the fibonacci series using Dynamic Programming Technique. Author:Muhammad Tahir Shahzad

A C++ Program to computes the n_th term of the fibonacci series using Toplogical Odering and Dynamic Programming Technique. Author:Muhammad Tahir Shahzad

A C++ Program to implement the Prim's Algorithm to solve Minimum Spanning Tree Problem (MST). Author:Muhammad Tahir Shahzad

A C++ Program to implement the Prim's Algorithm to solve Minimum Spanning Tree Problem (MST) using Graphics. Author:Muhammad Tahir Shahzad

A C++ Program to implement the Prim's Algorithm to solve Minimum Spanning Tree Problem (MST) using Graphics and with Mouse support. Author:Muhammad Tahir Shahzad

A C++ Program to implement the Kurskal's Algorithm to solve Minimum Cost Spanning Tree Problem (MST). Author:Muhammad Tahir Shahzad

A C++ Program to implement the Kurskal's Algorithm to solve Minimum Cost Spanning Tree Problem (MST) using Graphics. Author:Muhammad Tahir Shahzad

A C++ Program to implement the Kurskal's Algorithm to solve Minimum Cost Spanning Tree Problem (MST) using Graphics with Mouse Support. Author:Muhammad Tahir Shahzad

"A C++ Program to solve the mystery of Towers of Hanoi.Author:Muhammad Tahir Shahzad URL www.wol.net.pk/mtshome TurboC"

Blitz++ is a C++ class library for scientific computing which provides performance on par with Fortran 77/90. It uses template techniques to achieve high performance. The current versions provide dense arrays and vectors, random number generators, and small vectors and matrices.