This project is a visual maze-solving game developed in Python using the A* pathfinding algorithm. The player must collect 3 keys, avoid enemies, and reach the final door, which unlocks only after ...

Recursive algorithms solve problems by repeatedly breaking them down into similar subproblems, while quantum computing exploits the characteristics of qubits and quantum states to achieve ...

Mr Pidden's robot uses dual webcams to scan the cube, a custom mechanism to manipulate the faces, and a fully self-built solving algorithm to generate efficient solutions. The student now plans to ...

Blink and you'll miss it: A Purdue University student engineering team has built a robot that can solve a Rubik's cube in one-tenth of a second — faster than the average time it takes to blink ...

Google's artificial intelligence (AI) research lab DeepMind has unveiled an advanced agent, AlphaEvolve, which can target fundamental and complex mathematics and computing problems. It has the ...

Abstract: Intelligent Transportation Systems (ITS) occupy a pivotal position in the contemporary societal landscape, with one of their widespread applications being the vehicle routing problem, ...

This project demonstrates the application of parallel computing techniques to traditional pathfinding algorithms. The application visualizes the maze solving process and shows performance improvements ...

Solving Japanese puzzle is a NP-complete problem. There are some related papers proposed. Some use genetic algorithm (GA), but the solution may be wrong. Some use depth first search (DFS) algorithm, ...

The system uses machine vision for color recognition, custom solving algorithms optimized for execution time, and industrial-grade motion control hardware from Kollmorgen. Every move is executed with ...