Merge Sort: A Stable and Efficient Sorting Algorithm

Reading Time: 3 minutes Merge Sort is a powerful sorting algorithm that guarantees a stable and efficient sorting process, even for large datasets. It uses a divide-and-conquer approach, recursively breaking down the array into smaller sub-arrays before merging them back together in sorted order. In this article, I’ll explore how Merge Sort works, provide a detailed implementation, and discuss …

Quick Sort: A Fast and Efficient Sorting Algorithm

Reading Time: 3 minutes Quick Sort is one of the most efficient sorting algorithms, widely used due to its superior performance on large datasets. It employs a divide-and-conquer approach to sort elements by partitioning the array into smaller sub-arrays. This article will explore how Quick Sort works, provide a detailed implementation, and discuss its time and space complexity. How …

Insertion Sort: A Simple Yet Efficient Sorting Algorithm

Reading Time: 3 minutes Insertion Sort is another fundamental sorting algorithm that is intuitive and easy to implement. It works similarly to how you might sort playing cards in your hands: by building a sorted section of the array one element at a time. In this article, I’ll explore how Insertion Sort works, provide a detailed implementation, and discuss …

Selection Sort: A Simple and Effective Sorting Algorithm

Reading Time: 3 minutes Sorting algorithms are crucial in computer science, and Selection Sort is a straightforward yet effective method to arrange elements in order. This article will explore how Selection Sort works, provide a detailed implementation, and discuss its time and space complexity. How Selection Sort Works Selection Sort is a comparison-based sorting algorithm that improves upon Bubble …

Bubble Sort: A Classic Sorting Algorithm

Reading Time: 3 minutes Sorting is a fundamental concept in computer science, and Bubble Sort is one of the simplest and most intuitive sorting algorithms. Despite its simplicity, Bubble Sort provides valuable insights into the basics of sorting and algorithm optimization. In this post, I’ll delve into how Bubble Sort works, provide a detailed implementation, and analyze its time …

Structural Design Pattern: Adapter

Reading Time: 4 minutes The software engineering landscape is dotted with a plethora of design patterns, each tailored to address specific recurring challenges. Among these is the Adapter pattern, a versatile solution that seamlessly connects otherwise incompatible interfaces. It’s a testament to the ingenuity of software design, allowing diverse classes to collaborate and enhancing both reusability and adaptability in …

Building an OpenAI Assistant: A Step-by-Step Guide

Reading Time: 11 minutes Today, we’re going to explore the capabilities of OpenAI‘s powerful GPT technology and how we can utilize it to create an assistant capable of summarising CVs with a single command. OpenAI Assistants harness the power of Generative Pretraining Transformer models (GPT), which are advanced machine-learning models designed to generate human-like text. In the scope of …

Structural Design Pattern: Proxy

Reading Time: 5 minutes In software design, efficiency and control are often paramount concerns. The Proxy Pattern emerges as a versatile solution, offering a means to manage object access and resource allocation effectively. Imagine a scenario where a resource-intensive object requires frequent access. Here, the Proxy Pattern acts as a surrogate, intercepting requests and controlling access to optimize resource …

Structural Design Pattern: Flyweight

Reading Time: 5 minutes In modern software development, optimizing resource consumption is paramount for building efficient and scalable applications. One of the key challenges developers face is managing memory usage, especially when dealing with large datasets or graphical elements in user interfaces. In this article, we’ll delve into the Flyweight design pattern, a powerful technique for minimizing memory overhead …

Structural Design Pattern: Facade

Reading Time: 4 minutes In the landscape of software engineering, taming complexity is an ongoing struggle. As systems evolve, they inevitably become larger and more convoluted, making them increasingly challenging to manage. In such scenarios, design patterns emerge as invaluable tools, providing solutions to common design dilemmas. Among these patterns, the Facade Design Pattern shines as a graceful mechanism …