Coding Theory (Part 3 of 3) – Demonstration

Welcome to the final installment of this three-part series on coding theory. If you have not had the opportunity to read the first two pieces, it is highly recommended that you do before continuing on. They are available here: http://hideoushumpbackfreak.com/post/2016/07/30/Coding-Theory-(Part-1-of-3)-Coding-Theory-Defined http://hideoushumpbackfreak.com/post/2016/10/29/Coding-Theory-(Part-2-of-3)-Perfect-Error-Correction Having covered cogent concepts in previous posts, this article aims to dive into a demonstration which consists of defining a code using a generator matrix and correcting e... [More]

Coding Theory (Part 2 of 3) – Perfect Error Correction

Introduction Welcome to the second installment of this three-part series on coding theory. If you have not had the opportunity to read the first piece, it is highly recommended that you do before continuing on. It is available here: http://hideoushumpbackfreak.com/post/2016/07/30/Coding-Theory-(Part-1-of-3)-Coding-Theory-Defined It’s rare to find concepts simple yet adroit at the same time. However, Hamming’s contributions to coding theory “fits the bill”. This post begins with a brief introduction to Hamming and a short history lesson before diving into Hamming Distance, and Perfect Codes. A... [More]

Coding Theory (Part 1 of 3) – Coding Theory Defined

Coding theory stands as a cornerstone for most of computer science. However, many programmers today
Coding theory stands as a cornerstone for most of computer science. However, many programmers today [More]

Turing Machine Simulation in C#

Introduction Alan Turing’s idea of building a universal computing machine was truly revolutionary and it changed the face of the world. One extraordinarily simple machine capable of carrying out any computation seems impossible. This blog post is a laconic look at the history and operation of the Universal Turing Machine. The goal is to whet the appetite of the uninitiated and inspire them to seek out a deeper understanding of computation. History In 1936, Alan Turing published his famous “On Computable Numbers” paper. It was not his intention to invent a computer. In fact, the machine outlin... [More]

Easy Immutable Objects in C#

Aristotle said, “Change in all things is sweet.” With all due respect to the great philosopher, he obviously never had to write software… Head on over to Stack Overflow and search for “Immutable Object Patterns in C#” and you will see that this is a point of contention for many developers. Creating immutable objects in C# is cumbersome at best. What if I told you there is a practically effortless way to accomplish this with about one quarter of the code that is used in typical examples. I knew that would get your attention! Hang on tight while I walk you through an exciting demonstration! As a... [More]