Modern CPUs offer three types of parallel processing. This article outlines several steps for leveraging all three to process large data sets as efficiently as possible. Base Implementation To il...

Many household utility devices today rely on internet access to function fully. From washing machines and vacuum robots to air filters, fridges, and air conditioners, these appliances often need a ...

Coroutines are commonly defined as functions capable of pausing and resuming execution. Managing these requires employing state machines, easily implemented through the use of the yield keyword. Ho...

Pi-hole is well known for its ad-blocking capabilities but it actually provides an additional layer of control over DNS requests within your home network. It can be installed on a device within you...

For years, my home network has relied on Ubiquiti UniFi, delivering seamless connectivity across every corner of the house. Its robust suite of features provides exceptional network management tool...

As a software engineer, I regard performance as a crucial metric for assessing the quality of my code. In my previous article, I emphasized how performance impacts user behavior, costs, and the env...

Single Instruction, Multiple Data (SIMD) is a technique used in computer architecture that allows for parallel processing on multiple data elements simultaneously. I’ve touched on the advantages of...

One of the significant advantages of strongly-typed languages like C# lies in their ability to catch many errors during compile time, providing a robust defense against bugs reaching the runtime. T...

EDIT: Revised the content to align with the changes introduced in version 2 of NetFabric.Numerics.Tensors. In a previous article, I explored SIMD and its impact on improving mathematical calcu...

Within the realm of C# programming, distinguishing between similar constructs can significantly enhance your coding prowess. This article delves into the comparison of two C# iteration methods: for...