New heuristic methods improve A* algorithm efficiency, promising faster pathfinding in AI and robotics applications.
Improving Heuristics For A* Pathfinding
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AI & Tooling
84 posts
Voyager 1 FDS Computer Emulator
NASA has developed a computer emulator for Voyager 1’s Flight Data System, enabling continued data retrieval from the spacecraft’s aging systems.
Interactive Persistence: A Look Inside “Jacquard & Card — The Cloth That Learned to Think” (FABLE/175)
“Jacquard & Card — The Cloth That Learned to Think” — see…
Why Erdős Problems Are Falling To AI
AI systems are increasingly solving longstanding Erdős problems, transforming how mathematicians approach complex conjectures and proofs.
The Entropy Of A Markov Chain
Researchers have developed a novel approach to measure the entropy of Markov chains, with implications for information theory and machine learning.
When AI Benchmarks Plateau: A Systematic Study Of Benchmark Saturation
Research reveals AI benchmarks are reaching saturation, raising concerns about the future of AI progress and evaluation methods.
The Dunning-Kruger Effect May Just Be A Data Artefact (2020)
Research indicates the perceived cognitive bias might result from data artifacts rather than a genuine psychological phenomenon.
Autoregressive Language Model On The 6502 Processor
A developer has successfully implemented an autoregressive language model on the vintage 6502 CPU, demonstrating AI capabilities on legacy hardware.
F*: A General-purpose Proof-oriented Programming Language
F* is introduced as a general-purpose, proof-oriented programming language designed for formal verification and security-critical applications.
Ten Advances In Mathematics And Theoretical Computer Science
A review of ten recent significant advances in mathematics and theoretical computer science, highlighting confirmed developments and their implications.
