Detailed Oral Program

Thailand time (ICT, UTC+7) is shown first. Japan time (JST, UTC+9) is provided as a reference. Regular papers are allocated 20 minutes; Work-in-Progress papers are allocated 15 minutes.

Information for Oral Presenters

Regular Paper15 minutes presentation + 5 minutes Q&A
Work-in-Progress Paper12 minutes presentation + 3 minutes Q&A

On-site Presenters

  • Please be ready in the presentation room at least 10 minutes before your session begins.
  • Please prepare and deliver your presentation in English.
  • Please use your own computer for the presentation.
  • The presentation display will use an HDMI connection. Please bring any adapter required for your computer.

Online Presenters

  • Please join the online meeting at least 10 minutes before your session to check audio and screen sharing.
  • Please present from a location with a stable internet connection.
  • The online meeting link and access instructions will be sent separately to registered online participants.

Please keep within the allocated time so that the following presentations and discussion can begin as scheduled.

Day 1 โ€” Saturday, October 31, 2026

O1 — Connected Intelligence

Thailand 11:15–12:25 · Japan 13:15–14:25

  • 11:15–11:35Thailand13:15–13:35 Japan
    RegularLeakage-Free Graph–Temporal Forecasting of Multi-AP WLAN Congestion under Traffic and Capacity Shift
  • 11:35–11:55Thailand13:35–13:55 Japan
    RegularDreamerV3 for LiDAR-Based TurtleBot3 Navigation: Motion-Aware Observations, Reward Optimization, and Path-Efficiency Evaluation
  • 11:55–12:10Thailand13:55–14:10 Japan
    Work-in-ProgressA Peer-to-Peer Model Distribution Framework for On-Demand Expert Loading of Mixture-of-Experts Models on Edge Devices
  • 12:10–12:25Thailand14:10–14:25 Japan
    Work-in-ProgressInteractive Clarification of Natural Language Instructions for Robots Using Large Language Models

O2 — Applied Computing

Thailand 14:50–15:55 · Japan 16:50–17:55

  • 14:50–15:10Thailand16:50–17:10 Japan
    RegularAn Educational Framework for Semiconductor Test Engineering: An Op-Amp Case Study
  • 15:10–15:25Thailand17:10–17:25 Japan
    Work-in-ProgressDevelopment of a Web Application for Stress Estimation and Visualization Using Environmental Data During Low-Speed Mobility Travel
  • 15:25–15:40Thailand17:25–17:40 Japan
    Work-in-ProgressVEDA: AI-Adaptive Learning Support for Program Comprehension in Robot Development Based on Variable Concepts
  • 15:40–15:55Thailand17:40–17:55 Japan
    Work-in-ProgressReal-World Operational Challenges of Platrace for PET Bottle Recycling in a Supermarket

Day 2 โ€” Sunday, November 1, 2026

O3 — Systems Software

Thailand 09:00–09:55 · Japan 11:00–11:55

  • 09:00–09:20Thailand11:00–11:20 Japan
    RegularSchfuzz-ITC: Exploring Concurrency Bugs in RTOS Applications via Interrupt Timing Control
  • 09:20–09:40Thailand11:20–11:40 Japan
    RegularA Design of the RTPS QoS Feature for mROS 2
  • 09:40–09:55Thailand11:40–11:55 Japan
    Work-in-ProgressA Virtual Machine Framework for Execution Tracing and Core-Class Field Access Control in Dynamically Modified Systems

O4 — Intelligent Robotics

Thailand 11:15–12:25 · Japan 13:15–14:25

  • 11:15–11:35Thailand13:15–13:35 Japan
    RegularA Two-Stage Anomaly Detection Edge AI System Integrating Low-Power Screening and Event-Triggered Vision Processing
  • 11:35–11:55Thailand13:35–13:55 Japan
    RegularDesign and Evaluation of a Structured Behavior-Plan Interface for VLM-Driven Robot Execution in ROS 2
  • 11:55–12:10Thailand13:55–14:10 Japan
    Work-in-ProgressPreliminary Evaluation on Embedded Systems for Recognition and Tracking of Objects with Nearly Identical Shape and Size
  • 12:10–12:25Thailand14:10–14:25 Japan
    Work-in-ProgressImplementation of an LLM Agent System with Distinct Personalities toward Application to Communication Robots

O5 — Field Robotics

Thailand 14:35–15:35 · Japan 16:35–17:35

  • 14:35–14:55Thailand16:35–16:55 Japan
    RegularA Proposal of 2.4 GHz Channel Assignment for Four Concurrent Teleoperated Rovers in an Outdoor Competition
  • 14:55–15:15Thailand16:55–17:15 Japan
    RegularDesign, Implementation, and Field Evaluation of a Large Planetary Exploration Rover for the Tottori Rover Challenge
  • 15:15–15:35Thailand17:15–17:35 Japan
    RegularResource-Aware Software Design of a Rocker-Bogie Rover for the Tottori Rover Challenge

O6 — Autonomous Systems

Thailand 16:00–16:55 · Japan 18:00–18:55

  • 16:00–16:20Thailand18:00–18:20 Japan
    RegularA Proposed Method for Detecting the Distance to Nearby People Using an Omnidirectional Camera and 2D LiDAR for Patrol Robots in Care Facilities
  • 16:20–16:40Thailand18:20–18:40 Japan
    RegularDevelopment of Smart Agricultural Crawler with RTK-GNSS Based Autonomous Driving
  • 16:40–16:55Thailand18:40–18:55 Japan
    Work-in-ProgressDistributed High-Precision Target Reaching System Using Omnidirectional LiDAR for CanSat Comeback Mission

The program is subject to minor adjustments. Please also check the Program at a Glance for keynote, invited session, break, and ceremony times.