reinforcement learning

Conditional Safety Certification for Multi-Objective Energy–Water Microgrid Dispatch via Joint-Trajectory Conformal Uncertainty, Backward Viability, and Runtime Shielding

This dataset provides the code, frozen experimental configurations, trained-controller checkpoints, sealed synthetic benchmark, reproducibility manifests, and numerical analysis artifacts supporting the manuscript entitled “Conditional Safety Certification for Multi-Objective Energy–Water Microgrid Dispatch via Joint-T...

E2E-DRTO: a micro end-to-end routing and transmission collaborative optimization method for large scale networks

Experiments on standardized real and synthetic topologies show that E2E-DRTO consistently outperforms SP, ECMP-like, soft-routing, RL-based, and GNN-based baselines in average delay and maximum link utilization, while maintaining high demand satisfaction.

Learning Adaptive Search with Reinforcement Learning for Small and Fast Object Tracking

AdaSAM2 is introduced, a framework that formulates adaptive search-region selection as a sequential decision-making problem that employs an event-driven reinforcement learning policy that selects the cropping scale only during initialization and unreliable tracking states, while reusing the previous configuration durin...

Explainable Reinforcement Learning for Transmission-Corridor Reinforcement under Renewable Integration: An Austrian Case Study

Transmission expansion planning must balance investment cost, network loading, and renewable-energy integration under uncertain operating conditions. This study investigates whether explainable reinforcement learning can support the allocation of additional capacity to existing transmission corridors in a stylised Aust...

Artificial Intelligence, Machine Learning, and Deep Learning Concepts, Methods, and Real-World Impact

This chapter presents an accessible yet technically grounded overview of the relationship among AI, ML, and DL, tracing their historical development from early symbolic reasoning and theoretical foundations to modern neural networks and transformer-based systems.

rslcpp - ROS Simulation Library for C++

rslcpp - the ROS simulation library for C++ - lets you turn a set of existing ROS 2 nodes into a deterministic simulation. Instead of the asynchronous, multi-process default execution of ROS 2, rslcpp aggregates all participating nodes in a single process and drives them through a custom executor under an explicit simu...

Botanical Context Biasing for Experience-Dependent Neuroplasticity: A Two-Timescale Hypothesis of Directional Reinforcement During Psilocybin-Induced Plasticity

Psilocybin and related psychedelics can induce transient states of increased neural variability, context sensitivity, and plasticity-associated signaling. We hypothesize that selected companion botanicals can be composed with psilocybin to create a reproducible physiological and experiential lens, a botanical context,...

Intelligent Vehicular Routing and Optimal Resource Allocation Using Deep Reinforcement Learning for Urban VANETs

The proliferation of connected and autonomous vehicles has intensified the demand for robust Vehicular Ad-hoc Networks (VANETs). A critical challenge in urban VANETs is the co-design of efficient routing protocols and optimal communication resource allocation under highly dynamic and resource-constrained conditions. Tr...

Data Center Thermal Optimization Using Graph Neural Networks

Data center cooling accounts for a significant fraction of facility energy consumption, motivating the development of intelligent control strategies that improve efficiency while maintaining thermal safety. This study presents a graph-based digital twin for data center thermal optimization that enables safe online rein...

Extinction reduces the generalization of context-dependent behavior

In the Extinction Makes Acquisition Context-Specific (EMACS) effect, new learning acquired during extinction becomes increasingly dependent on the extinction context. The present study examined whether extinction modifies the behavioral generalization of contextual control and whether these changes are accompanied by a...

AlphaZero & MCTS: A Deep Reinforcement Learning Approach to Pokémon TCG

Raven: From Scientific Data to Trustworthy Autonomous Discovery

Transformational AI for science will depend less on isolated model capability than on the quality of the scientific data interfaces surrounding each model. Raven is a state-aware agentic architecture for turning heterogeneous data, simulations, literature, and experiments into auditable discovery decisions. Its central...