2022 IEEE/SICE SII WS, Workshop on Dependable Safety System - ANSHIN & Safety for Robots & Intelligent Systems のご案内
甲南大学の梅谷智弘と申します．
お世話になっております．
WS オーガナイザに代わってご案内申し上げます．
（複数のMLにてご案内しております．重複して受け取られた場合はご容赦願います）
下記のとおり，SII 2022に併設して
SICE SI部門 安心安全システム部会 および JSME ロボメカ部門 安心安全ロボット・メカトロニクス研究会
の共同でワークショップ
「Workshop on Dependable Safety System - ANSHIN & Safety for Robots & Intelligent Systems」
を企画いたしましたので，ご案内申し上げます．
発表の申込は11月1日締切となっております．
ご参加，ご発表を頂ければ幸いです．
なにとぞ，よろしくお願い申し上げます．
Call for Presentations and Participations
＝＝＝＝＝
2022 IEEE/SICE
International Symposium on System Integration (SII2022)
Workshop on Dependable Safety System
- ANSHIN & Safety for Robots & Intelligent Systems -
January 9, 2022 (Online)
Technical Co-sponsors:
SICE System Integration Division/ Technical Committee for Dependable
Safety Systems
JSME Robotics & Mechatronics Division(RMD)/ Technical Committee for
ANSHIN & Safety Robotics & Mechatronics
IEEE Robotics and Automation Society (RAS)/ Technical Committee for
Energy, Environment and Safety Issues in Robotics and Automation (EES)
Objective:
Safety is the most crucial issue for developing and applying various robots and systems nowadays. The service robot has a wide range of applications diversely exploited in our society as suggested in the definition of World Robotics, IFR. The safety discussed here includes both physical safety and ANSHIN. The physical safety means a common sense of safety as suggested by safety engineering, industrial safety standard, etc. The physical safety will include issues on how to secure safety and safety recovery from unsafe conditions in explosion, disaster, contamination and whatever dangerous. ANSHIN means psychological safety or mind safety, which includes various feelings and states of mind; familiarity, peace of mind, no stress, no anxiety, etc. The topic on AHSHIN comes to more important issue when we bring the service robots and systems to their actual applications. How we feel toward service robot and intelligent systems working in and around our daily life, how we evaluate our ANSHIN situation quantitatively are crucial as well as securing physical safety of robots and systems. We need to discuss both safeties in the aspects of what the state-of-the arts, what is the current issues, how we solve them. The workshop aims to discuss a wide range of safety issues on robots and systems. The workshop is planned to include keynotes and several voluntarily proposed talks selected by call for proposal. Topics of interest include, but are not limited to: safety recovery from contamination, destruction & disaster; robot/system safety to prevent human from dangerous and harmful environment; safety in human machine interaction; safety by teleoperation; analysis, evaluation & designing of ANSHIN robot/system (friendly & psychologically secured robot/system); safety standard; ethics; privacy; legal issues; sustainability.
Important Dates:
Nov. 1, 2021 Abstract(one page) Submission Deadline
Nov. 8, 2021 Notification of Acceptance
Contributed Presentation:
Abstract, up to 500 words, and Biograph must be submitted in PDF format.
For detailed submission information, please contact umetani@konan-u.ac.jp .
https://staff.aist.go.jp/t.kotoku/committee/safe-tc/events/20220109_SafetyWorkshop_CFP_Ver.3.pdf
配信元・問合先――――――――――――――――――――――――――――
梅谷智弘
甲南大学
umetani@konan-u.ac.jp
