Is Software Development An Engineering Discipline, Science, or Craft? We Ask ChatGPT!

Discover the intricate balance between theory and practice in software development. This analysis explores the intersection of software development with science, engineering, and trade craft disciplines. Gain insights into the empirical nature, problem-solving approaches, and tools used in this hybrid discipline.

Navigating Complexity in Software Systems: Measurement, Control, and Simplification

Balancing design patterns with performance requirements demands a nuanced approach from software developers. While design patterns enhance code readability, modularity, and maintainability, their impact on performance must be carefully evaluated and managed…

The Evolution and Application of Taguchi Arrays in Experimental Design

Discover how Taguchi Arrays revolutionize experimental design, optimizing the number of trials and preserving resources. Dive into the history, significance, and practical implementation of Taguchi Arrays in A/B testing and scientific experiments. Explore a Python program,, that generates Taguchi Arrays and learn how to harness this powerful tool for efficient experimentation.

Building Robust Systems: The Properties of Fault-Tolerant Applications

Building robust, fault-tolerant applications is crucial in today’s fast-paced digital landscape. This comprehensive article explores the essential properties of fault-tolerant applications, including isolation, concurrency, failure detection, live code upgrade, stable storage, and more. Learn about techniques used in critical environments like aerospace, and discover how organizations like NASA handle fault tolerance and remote code upgrades.

Understanding the Chord Algorithm: Implementation, Uses, Strengths, and Weaknesses

Dive into the world of distributed systems with our comprehensive guide on the Chord algorithm. Understand its applications, advantages, and limitations. Explore a Python implementation, gaining hands-on insights into this powerful distributed hash table protocol.

Modern C Programming: Embracing New Features, Standards, and Historical Changes

Delve into the evolution of C programming, from historical changes to embracing new features like C11. Explore its enduring usefulness in modern software development and understand its impact on programming languages and the fast-paced world of technology.

Exploring HTMX and Building Custom Attribute Handlers

Explore the world of web development with HTMX and custom attribute handlers. Learn how to enhance your web applications’ interactivity and simplify complex tasks using lightweight JavaScript libraries. Dive into the fundamentals of HTMX, REST, and the Custom Elements API, and discover how to create custom attribute handlers from scratch.

The Complexity, Costs, and Commitment in Software Development: A Comprehensive Exploration

For businesses that demand a sophisticated, unique application tailored precisely to their requirements, investing in quality is non-negotiable…

Rebuttal to Eric Normand’s Article: “How is Haskell Faster than C?”

Delve into the nuanced debate between Haskell and C programming languages. This article dissects the claims about Haskell’s speed superiority over C, emphasizing the importance of well-crafted code and developer expertise in determining programming efficiency. Discover the complex interplay of factors that influence the performance of these languages in real-world applications.