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Binary Search in Python: Iterative Implementation Using a While Loop

This article explains the Binary Search algorithm in Python, covering its iterative implementation using a while loop. It highlights that binary search is a fast searching algorithm with O(log n) time complexity that works on sorted lists by repeatedly dividing the search space i

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clcoding.com·Twitter: programming / coding·2d ago·2 min read

Alternative adiabatic quantum dynamics for gate-based quantum computing with applications to quantum linear systems

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arxiv.org2d ago

Day 51/150 – Linear Search in Python: Implementation Tutorial

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clcoding.com4d ago

Modified Raft Consensus Protocol Enables Progress with Minority Node Participation

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padhye.org5d ago

Galactic Algorithms: Theoretical Computer Science Concepts with Impractical Performance

A galactic algorithm is a theoretical computer science concept referring to algorithms with record-breaking asymptotic performance that are never used in practice due to practical constraints. These algorithms only show performance gains for problem sizes so large they never occu

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en.wikipedia.org·Hacker News: Front Page·1mo ago·20 min read

Optimizing Prime Number Generation: Creating a High-Performance C Program for 32-Bit Primes

This article documents the author's technical journey to create an optimized C program for Linux that generates all prime numbers that fit within a 32-bit unsigned integer range as quickly as possible. The program outputs primes to a binary file with specific formatting requireme

technologyprogrammingsoftware developmenthnlyman.github.io·Hacker News: Front Page·2mo ago·15 min read

Understanding Speculative Sampling: Using Draft Distributions to Match Target Sampling Results

Speculative sampling is a technique that uses a draft sampling distribution to achieve the same results as a target sampling distribution. The method involves using two probability distributions - a target distribution p(x) and a draft distribution q(x) - and implementing a smart

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saibo-creator.github.io·Hacker News: Front Page·3mo ago·2 min read

Overview of Maze Generation Algorithms for Programmers

The article presents an overview of various maze generation algorithms used in programming, including Recursive Backtracking, Eller's Algorithm, Kruskal's Algorithm, Prim's Algorithm, Recursive Division, Aldous-Broder Algorithm, Wilson's Algorithm, and Houston's Algorithm. The author promotes their book "Mazes for Programmers" and provides a GitHub repositor

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jamisbuck.org4mo ago

Examining Legitimate Use Cases for Bubble Sort in Software Engineering

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buttondown.com5mo ago

Scaling Bloom Filter-Based Full-Text Search to Large Document Collections

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notpeerreviewed.com6mo ago

New Algorithm Improves Efficiency of Finding Shortest Paths in Networks

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wired.com7mo ago

Understanding Wilson's Algorithm for Uniform Spanning Trees

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cruzgodar.com7mo ago

Algorithm for Detecting Overlapping Intervals in Programming

This technical blog post explains how to detect overlapping intervals in programming, covering interval representation and the mathematical logic for overlap detection. The article emphasizes that checking for non-overlap is simpler than checking for all possible overlap scenarios, and provides practical approaches for working with intervals in various domai

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zayenz.se7mo ago

Understanding Biconnected Components: Algorithmic Implementation and Applications in Competitive Programming

This article provides an in-depth technical explanation of biconnected components (BCCs) in graph theory, focusing on their importance in competitive programming and problem-solving. The content covers what biconnected components are, how they differ from regular connected compon

educationprogrammingcomputer scienceemi-h.com·Hacker News: Front Page·8mo ago·25 min read

Understanding the Cooley-Tukey Fast Fourier Transform Algorithm

This technical article introduces the Cooley-Tukey algorithm, the original and most well-known fast Fourier transform (FFT) algorithm. It explains the mathematical foundations of the discrete Fourier transform, demonstrates how the Cooley-Tukey algorithm works through recursive decomposition, provides Python implementation examples, and discusses computation

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connorboyle.io8mo ago