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The 10 Weirdest, Most Brilliant Algorithms Ever Devised and What They Actually Do
- The Marching Cubes algorithm, invented in 1987, helps in extracting a polygonal mesh from a 3D discrete scalar field, enabling the creation of 3D models from medical scans.
- Wave Function Collapse algorithm, inspired by the double-slit experiment, is used to procedurally generate infinite maps for video games, providing randomness with a purpose.
- The Diffusion Model, based on thermodynamics, is used in AI to refine noise into meaningful images like DALL·E and Stable Diffusion, revolutionizing image generation.
- Simulated Annealing algorithm, inspired by metallurgy, optimizes solutions by balancing exploration and exploitation, a metaphor for learning to code.
- Sleep Sort algorithm, which uses thread sleeping times for sorting, showcases a clever yet impractical sorting approach.
- BOGO Sort humorously relies on random shuffling for sorting, with a fictional concept of Quantum BogoSort leveraging parallel universes for instant sorting.
- BOID algorithm simulates bird flocking behaviors with three simple rules, demonstrating nature-inspired decentralized coordination through minimal code.
- SHOR’s Algorithm, utilizing quantum mechanics concepts like qubits, superposition, and entanglement, aims to revolutionize integer factorization for cryptographic applications.
- Marching Cubes algorithm transforms 3D scalar fields into visual surfaces, revolutionizing medical imaging by creating 3D models from CT or MRI scans.
- Practical Byzantine Fault Tolerance algorithm ensures consensus in distributed systems, crucial for blockchain and cloud databases to maintain trustworthiness.
- Boyer-Moore string search algorithm, used in tools like grep, efficiently searches patterns by scanning text from right to left using heuristics, showcasing the power of unconventional ideas in algorithms.
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