Program
Below is the conference program. Click on the session links in the overview table to jump to the detailed schedule.
| Time | Day 1 Oct 26 (Mon) |
Day 2 Oct 27 (Tue) |
Day 3 Oct 28 (Wed) |
Day 4 Oct 29 (Thu) |
|---|---|---|---|---|
| AM | — |
09:30–09:45
Opening
09:45–10:45
Keynote 1: Prof. Fumiya Iida
10:45–11:15
Coffee Break |
09:30–10:30
Keynote 2: Prof. Xavier Defago
10:30–11:00
Coffee Break |
09:30–10:00
Perspective Talk 1
10:00–10:30
Coffee Break |
| Lunch | — | 12:15–13:15 | 12:15–13:15 | 12:15–13:15 |
| PM |
13:00–18:00
Registration
Open |
14:30–14:45
Lightning Talk 1 |
14:30–14:45
Lightning Talk 2
16:00–17:30
Labo-tour |
13:15–13:45
Perspective Talk 2
15:00–15:30
Coffee Break
16:45–17:15
Award Ceremony & Closing |
| Evening |
18:00–
Welcome
Reception @ Tsubame Terrace |
— |
19:00–21:00
Banquet @ Tokyo Prince Hotel |
— |
* All presentation sessions and the award ceremony will be held at Kuramae Hall, Science Tokyo Front (excluding social events and the Labo-tour).
* Please refer to the Venue page for detailed maps and access information for each location.
Detailed Schedule
S1Modular Robots and Programmable Matter
Oct 27 (Tue) | 11:15 – 12:15- Linear-time Heterogeneous Permutation of Sliding-only Cubic Modular Robots in Environments with Obstacles
- A Hybrid Strategy for Robust Navigation in a Self-Reconfigurable Modular Robot
- Multi-Line Locomotion in Programmable Matter via Distributed Pivot Reservation
- A Formal Framework for Meta-Module Design in Modular Robot-Based Programmable Matter
S2Multi-UAV Systems and Search & Rescue
Oct 27 (Tue) | 13:15 – 14:30- Cooperative Risk Map Generation for Harbor Areas Using Multi-Drone Systems
- Noise-Aware Planning and Controlled Whitening in Multi-Drone Sound Source Tracking
- Search and Rescue for Moving Targets Using Dynamic Belief Maps and Sparsely Connected Swarms
- Terrain-Aware Thompson Sampling for Multi-Drone Search and Rescue
- Seeing Better Together: Perception-Driven Hemispherical Coverage for Multi-UAV Teams
LB1Multi-Robot Coordination and Swarm Intelligence(Late-Breaking Results & Demo Session)
Oct 27 (Tue) | 14:45 – 16:00 (Posters)- Communication-Free Multi-Robot Task Allocation Using PHD-Based Density Estimation
- Facultative Swarming: Unifying Multi-Robot Control
- Interactive Wildfire Suppression with Decentralized Brushbot Swarms
- Adaptive undulatory locomotion via decentralized control based on local shear force sensing
- Reconstructing Self-Organized Phase Relations in Robotic Systems with Winfree-Type Synchronization Control
- A Human-Adaptive TAMP Approach applied to MRS in a Manufacturing Scenario
- Bringing Hierarchical Coverage Scheduling to Reality: Flight Experiments on Robot Zoo Sky
S3Swarm Intelligence and Bio-Inspired Systems
Oct 27 (Tue) | 16:00 – 17:30- Adaptive Repulsive Pheromone Clustering for Foraging Robot Swarms
- From Active Search to Persistent Monitoring: A Blended Ergodic-Voronoi Control Strategy
- Mechanisms of Rotational and Circular Collective Dynamics in Tubificine Worm Blobs
- A Swarm Approach to Public Transit Using On-demand Routing in a Slime-Mold-Inspired Framework
- Beacon-Driven Control of Robotic Swarmalators
- Collective Ranking of Environmental Signals by a Patrolling Robot Swarm
S4Multi-Robot Task Allocation and Coordination
Oct 28 (Wed) | 11:00 – 12:15- Attention-Based Reinforcement Learning for Energy-Constrained Multi-Robot Task Allocation
- Relay-Based Coordination for Energy-Efficient Multi-Robot Pickup and Delivery
- Planner-Guided Reinforcement Learning for Heterogeneous Multi-Robot Task Allocation with Limited Communication
- Grouping Auction-Consensus Algorithm for Decentralized Task Allocation in Multi-Robot Systems
- Preemptive Multiple Robot Coalition Reformation
S5Award Nominees
Oct 28 (Wed) | 13:15 – 14:30- MACH3: Multi-Agent Cooperative Hierarchical Reinforcement Learning via a Three-Layer Architecture
- Heterogeneous Sensor-Based Multi-Robot Exploration for Radiation Source Localization in Unknown Environments
- Experimental Evaluation of Decentralized Hemispherical Coverage for Multi-UAV Systems
- Safe and Energy-Aware Decentralized PDE-Constrained Optimization-Based Control of Multi-UAVs for Persistent Wildfire Suppression
- Probabilistic Multi-Robot Gas Source Localization with Uncalibrated Sensors: A Distributed Estimation Approach
LB2Modular, Reconfigurable, and Distributed Robotic Systems(Late-Breaking Results & Demo Session)
Oct 28 (Wed) | 14:45 – 16:00 (Posters)- Tapestry: An Operating System for Physically Reconfigurable Matter
- Kastor: A Self-Assembling Robotic Conveyor System for Construction Site Waste Removal
- Soft Mobile Robot with Contact Memory Enabled by Fluidic Sheet Transistor-Based Logic Circuits
- Inward-Wave Self-Assembly of Magnetic Modular Cubes with Verified Per-Round Grounding
- Robust Adaptive Pathfinding for Interconnected Devices
- Topological Divide-and-Conquer for Gas Source Localization in Cluttered Indoor Environments
- Reduction of Gain-Crossover Frequency Spread for Ultra-Large Satellite Constellation Formations through H∞ Control and Graph Optimization
S6Multi-Agent Planning, Learning and Exploration
Oct 29 (Thu) | 10:30 – 12:15- A Randomized Bug Algorithm for Swarm Navigation in Dense Obstacle Fields
- Huddle: Parallel Shape Assembly using Decentralized, Minimalistic Robots
- Diffusion-model-based Coordination of Multi-agent Systems
- A Unified Factor-Based Cost Function Formulation for Multi-Agent Path Planning
- To Explore or Not to Explore: A Dual-Role Strategy for Cooperative Multi-Robot Systems
- Planner-Conditioned Diffusion for Coordinated Multi-Agent Exploration
- Resilient Ergodic Control for Multi-Robot Systems under False Data Injection Attacks
S7Swarm Perception and Situation Awareness
Oct 29 (Thu) | 13:45 – 15:00- Enabling Motion-Induced WiFi-CSI Sensing in Multi-Robot Systems: A Simulation Framework
- Lightweight Change Detection for Adaptive Collective Perception in Dynamic Environments
- Environmental Perception in a Swarm of Conversational Agents
- Distributed Swarm Formation Recognition via Local Features and Gossip-Averaged Graph Neural Networks
- SWIRL: Swarm Worker Intent Recognition and Localization
S8Swarm Systems and Applications
Oct 29 (Thu) | 15:30 – 16:45- Modeling Analysis of Inter-Robot Climbing Locomotion Inspired by Caterpillar Swarms
- Optimal Performance of Cooperative Energy-Replenishment in Robot Swarms
- Deploying Mobile Ad Hoc Networks for Coverage of Planar Worlds with Distributed Consensus
- VILAS: A VLA-Integrated Low-cost Architecture with Soft Grasping for Robotic Manipulation
- LLM-Foraging: Large Language Models for Decentralized Swarm Robot Foraging