Abstract: This paper proposes a novel environment-adaptive motion planning framework for mobile robots, which utilizes deep reinforcement learning to dynamically adjust optimization objectives ...
A PyQt6-based GUI application for venomic data analysis, spectral deconvolution, and statistical similarity indexing of neogastropod peptidomes. Uses a Sequential Analysis Pipeline (SAP)-structured, ...
Abstract: The growing complexity of urban transportation networks demands intelligent, data-driven systems capable of real-time perception, optimization, and prediction. Within the Internet of ...