This article explains how programming for embedded systems differs from conventional C programming, highlighting the design principles, programming techniques, and resource constraints unique to embedded software development.
This article explains what "real-time" actually means, why it is often misunderstood, and how real-time systems differ from merely high-performance computing systems.
Understanding Bare Metal, RTOS, and Embedded Linux, and when each approach is the right choice for your embedded project.
Modern distributed systems are built on communication. Whether we're designing a REST API, a chat application, a video conferencing platform, or an IoT system, one of the earliest architectural decisions we'll make is how components communicate. One important decision we often have to make is: Should connections be short-lived or long-lived?
Programming languages are tools, and no single language is the best choice for every project. Selecting the right one requires balancing multiple factors, including performance, complexity, maintainability, safety, development speed, and the nature of the application itself.
When comparing algorithms based on execution time, computer scientists use Big(O) notation. Big(O) describes how an algorithm's running time grows as the size of the input grows.
We live in a three-dimensional world, so most of the mathematics we learn is limited to 3D. However, the same mathematical ideas can be extended to any number of dimensions.
Machine learning models generally learn from data in one of two ways: Direct (Analytical) Learning or Iterative Optimization. Understanding these two approaches provides a useful big-picture view of how many machine learning algorithms are related.
At a high level, supervised learning focuses on recognizing previously seen information, while unsupervised learning focuses on discovering previously unseen information.
This blog is about three ways computers solve problems: by following rules, by learning patterns from data, and by generating answers that may not have a clear right or wrong.