Oral AI Applications
2024
SeeA*: Efficient Exploration-Enhanced A* Search by Selective Sampling
·3439 words·17 mins·
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AI Applications
Gaming
🏢 Shanghai Jiao Tong University
SeeA* enhances A* search by selectively sampling promising nodes, improving exploration and efficiency, especially with less accurate heuristics.
RL-GPT: Integrating Reinforcement Learning and Code-as-policy
·2705 words·13 mins·
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AI Applications
Robotics
🏢 Hong Kong University of Science and Technology
RL-GPT seamlessly integrates Large Language Models (LLMs) and Reinforcement Learning (RL) to create highly efficient agents mastering complex tasks in open-world environments.
Learning rigid-body simulators over implicit shapes for large-scale scenes and vision
·2932 words·14 mins·
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AI Applications
Robotics
🏢 Google DeepMind
SDF-Sim: A novel learned rigid-body simulator that leverages SDFs to achieve unprecedented scalability, enabling simulations with hundreds of objects and millions of nodes.
Human Expertise in Algorithmic Prediction
·2109 words·10 mins·
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AI Applications
Healthcare
🏢 Massachusetts Institute of Technology
Boost AI predictions by using human judgment on algorithmically indistinguishable inputs!
Graph Diffusion Transformers for Multi-Conditional Molecular Generation
·2735 words·13 mins·
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AI Applications
Healthcare
🏢 University of Notre Dame
Graph Diffusion Transformer (Graph DiT) masters multi-conditional molecular generation by cleverly integrating property representations into a graph-dependent noise model, achieving superior performan…
Get Rid of Isolation: A Continuous Multi-task Spatio-Temporal Learning Framework
·2117 words·10 mins·
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AI Applications
Smart Cities
🏢 University of Science and Technology of China
CMuST: a novel continuous multi-task spatiotemporal learning framework tackles urban data limitations by enabling cross-interactions and task-level cooperation for enhanced generalization and adaptabi…
Enhancing Preference-based Linear Bandits via Human Response Time
·1549 words·8 mins·
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AI Applications
Human-AI Interaction
🏢 Massachusetts Institute of Technology
Boosting preference learning, this research uses human response times to improve linear bandit algorithms, significantly accelerating preference identification.