Human Sensing in intelligent mobility

Important Updates

Workshop Date: Nov. 6, 2020

Time: 08:30-12:00 (Pacific Time)


[updated Nov. 2]

The 1st International Workshop on “The future of in-cabin human-sensing in intelligent mobility: challenges and opportunities”


Sponsored by IEEE ITS Technical Committee on Data Analytics and Intelligent Systems for Advanced Driving and Mobility (DAISY)

IEEE Intelligent Vehicles Symposium - IV2020

June 23, 2020 November 6, 2020| Las Vegas, NV, United States

Important Dates

Submission deadline: Mar. 14, 2020

Acceptance notification: Apr. 18, 2020

Camera-ready version deadline: May 2, 2020

Program

Date: November 6, 2020

Time 08:30 - 11:00 (US Pacific Time)

Scope

In recent years, driver monitoring, and in general, in-cabin human-sensing has become an emerging research topic with the advent of driving automation systems. Key safety-critical problems in automated vehicles such as driver readiness, inattention, and drowsiness could be effectively solved by using driver monitoring systems. In addition, looking into the future of Level 3 systems and MaaS (Mobility-as-a-Service), new mobility related services could be offered based on driver/user state and behavior obtained using in-cabin human-sensing systems.

This workshop will bring together researchers in areas including perception, cognition, estimation, machine learning, multi-modal sensing, data analytics, human-factors, and human-robot/machine/agent interaction. The organizers expect increased industry and government/regulatory research participation to help clarify the challenges, balance the various perspectives, and further the discussions.

Topics

  • Driver and occupant monitoring

  • Driver readiness

  • Automated annotation

  • Data augmentation

  • Driving simulation

  • Head pose estimation

  • Attention estimation

  • Human-machine interaction/interface

  • Occupant state/behavior

  • Occupant pose estimation

  • Emotion estimation

  • Driver workload

  • Physiological sensing

  • Takeover/handover

Objectives

  • Recognize and motivate future requirements and emerging technologies of in-cabin human sensing for automated vehicles

  • Identify capability gaps in modern in-cabin human sensing systems

  • Share and discuss novel research that will enable solutions to those problems

  • Find synergies among researchers who work in similar human-sensing areas but consider different applications

organizers

Mitsuhiro Kamezaki, Ph.D.

Associate ProfessorWaseda UniversityTokyo, Japan

Udara Manawadu, Ph.D.

Research EngineerToyota Research Institute Advanced Development (TRI-AD)Tokyo, Japan

Shunsuke Kogure, M.Eng

Driver Monitoring LeadToyota Research Institute Advanced Development (TRI-AD)Tokyo, Japan

Pujitha Gunaratne, Ph.D.

Principal ScientistToyota Motor North America,Ann Arbor, MI, USA