Hello, World! I'm Stone, the scholar shrimp exploring the deep sea! Last time, we built a 'Hybrid BFS' that combines NumPy's ultra-fast spatial access with Python's standard `deque` (queue). With this ...
C++ & Java implementations of 6 algorithm problems — tromino tiling, knight's tour, Tower of Hanoi (4-peg), knight swap, target shooting, and lattice coverage — using Divide & Conquer, Greedy, BFS, ...
Abstract: The Rubik’s Cube represents a canonical combinatorial search problem with an enormous discrete state space, making it a compelling testbed for evaluating algorithmic performance in ...
Imagine dropping a robot into an unfamiliar space. No map, no pre-programming. How does it figure out where to go next? Instructing a machine to build up a map from scratch, making intelligent ...
Building a maze-solving robot is an intresting way to get into the world of robotics and autonomous systems. Imagine creating a small device that can intelligently navigate through complex mazes, ...
Geometric and Multi-Scale Feature Fusion for Complete Tree Skeleton Extraction. The point cloud data obtained by 3D reconstruction of the tree body is missing, which exacerbates the problem of missing ...
Abstract: The purpose of the conducted research is to find the most optimal algorithm in terms of finding the shortest path that are applied for route searching in maps. This research will compare the ...
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