Safety of Industrial Automated Systems – SIAS 2024, June 12-13, 2024, Tampere, Finland
Hotel Ilves
Hatanpään Valtatie 1, 33100, Tampere, Finland
Scientific Committee and National Programme Committee Chair, Editor: Timo Malm, Finland
ISBN: 13 978-952-5183-64-1
© 2024 Suomen Automaatioseura ry (SAS) - Finnish Society of Automation (FSA)
| Title | Author | Keywords | |
|---|---|---|---|
| Defeating of Protective Devices: Results of a Recent Survey | Stefan Otto | defeating, bypassing, safeguard, protective device, safety culture | |
| Smart mining and emerging occupational health and safety risks in the mining industry: A literature review | Seyedeh Arezoo Baghaei Naeini1, François Gauthier2, Adel Badri | Keywords: smart mining, technology, automation, emerging risk, OHS | |
| Balancing intended collaboration and safety requirements during the design and implementation of an industrial cobot application - A case study | Burlet-Vienney D. , Jocelyn S. , Gauvin C. , Law C.H. , Galy B. Zargarbashi S.H.H. | collaborative robotics, intended human-robot interactions, residual risk, robotic tool, rotating disc | |
| Evaluation of mechanical collisions at workplaces with collaborative robots | Zimmermann J., Clermont M., Nischalke-Fehn G., Karacic N. | mechanical hazards; collaborative robots; safety validation; ISO 10218, ISO/TS 15066 | |
| Comparing cybersecurity and functional safety risk assessments | Malm T., Tiusanen R. & Berger J. | Risk assessment, cybersecurity, functional safety, safety of machinery | |
| Cyber risk and machine safety: towards the integration of cyber risk assessment into occupational risk assessment? | Lamy P., Perrin N., Ghadban N. | cyber risk assessment, connected machines, cybersecurity, machine | |
| Assessing an automated mining operation with STPA | Berger J., Tiusanen R, Malm T | Systems-Theoretic Process Analysis, mine automation industry, system safety | |
| Effects of various factors on Power and Force Limitation function of collaborative robots | Tihay D., Sghaier A. | Collaborative robot, power and force limitation ABSTRACT | |
| Design Requirements Related to Human Information Processing for Detecting People on Camera-Monitor Systems (CMS) of Mobile Machines | Nickel P.1 Qi S., Menozzi M. | work system design, prevention through human information processing, person detection | |
| Identification of safety risks in mixed traffic concepts in industrial sites | Tiusanen R.., Berger J. & Malm T. | autonomous, work machine, conceptual design, hazard identification, risk assessment | |
| Towards Safer Supervisor-Machine Shared Decision-Making for Runtime Hazard Mitigation in Highly Automated Off-road Machinery | Marea de Koning, Tatiana Minav , Willie L . Brown, Reza Ghabcheloo | Automation, Machinery, Safety, Legislation, AI proposal, Machinery regulation, Risk management, Decision-making, Runtime Hazard Mitigation | |
| How can functional AI be safely integrated into a machine? | Sarrey M | artificial intelligence, machine, safe design | |
| Design of Work Equipment According to Human Factors and Ergonomics for Machine and System Safety | Nickel P., Monica L., Wichtl M. | work system design, human information processing, design principles, display, control actuator | |
| Holistic Approach to build the Global Platform of Collaborative Safety based on the Wellbeing Technology | Toshiyuki KAJIYA, Masahiko ARIYAMA, Koji AKAMATSU | ||
| EU safety regulations and standards for autonomous mobile machinery | Malm T., Tiusanen R. & Berger J. | Mobile machinery, autonomous, safety of regulations | |
| Positive Safety and Well-being Technology: Embracing Collaborative Safety for Workers’ Safety, Health and Well-being at Work | Mukaidono M., Kajiya T., Fujita T. | positive safety, collaborative Safety2.0, Well-being Tech | |
| A systematic activity for safety education and awareness at a rental company of temporary equipment to workers at construction sites | Koremura Y., Shimizu S., Hojo R. | safety education and awareness, construction, workbench | |
| Study on dangerous and safe errors of human towards realizing collaborative safety - Examine of workability using safety/danger signals on tablet | Shimizu S., Omata K., Nobuhiro M., Araya S., Koremura Y., Hojo R. | dangerous error, safe manufacturing, occupational safety | |
| Machine safety with collaborative press brake application | Pirttilahti J., Hirvonen J. | cobot, press brake, metal manufacturing industry | |
| Innovative assistance system to prevent accidents on sliding table saws | Seifen, T., Beckers M | camera-based AI-system, assistant system, protective device, sliding table saw | |
| CALCULATING THE RELIABILITY OF A ZERO-ENERGY STATE SYSTEM | Poisson P., Ben Aziza M.N., Jocelyn S., Chinniah Y. | CSA Z460, ISO 13849, lockout tagout, machine safety, alternative methods | |
| A Study of Safety Radar as a Three-Dimensional Electro-Sensitive Protective Equipment | Nishigaki R., Hirano A., Nomura T. | Safety Sensor, Distance, Radar, Electro-Sensitive Protective Equipment, Radar Cross Section | |
| Collaborative Safety to Improve Safety and Productivity Simultaneously at Manufacturing Site - Theory and Effect | Araya S., Fukui H., Nobuhiro M., Shimizu S., Nakachi K., Mori T., Murata N., Yano H., Hojo R., Koremura Y., Yasui N. | Collaborative safety, Risk assessment, reduction, Human characteristic, behaviour, Productivity, ANSHIN, Well-being, robot, AMRs | |
| Relation between safety and happiness for worker at work - Introduction of case studies from quantitatively measure and visualize well-being to connect to “KAIZEN” | Hojo R., Anada K., Koremura Y., Shoken S. | well-being (WB) occupational safety, KAIZEN, Behaviour Analysis | |
| “Safety Associates Council: Improving the competence of safety-qualified personnel and contributing to the reduction of occupational accidents.” | Hiroshi Matsuura, Takahiro Uehara, Saori Taketa | Organization of safety-qualified personnel, Contribute to society, Reduction occupational accident, Works across companies | |
| Survey for reduce the burden on snow removal work | Sakai Liunosuke, Hojo Rieko, Takahashi Kengo,Sano Masatomo, Abe Masajiro | winter survice, snow removal machinery, automation, reduce burden, construction safety, | |
| Proposal for “Anshin Stop Switch” based on behavior analysis | Nakabo Y., Suita K., Anada K. | Robot Safety, Service Robot, Collaboration, Safety Stop Switch, 3-Step Method | |
| Use Cases of Specific Initiatives Leading to Vision Zero Promotion and ISO 45001 certification, Which Proved Effective in Building a Safety Culture | Masao Dohi, Hirofumi Fukutsuka, Masaki Nobuhiro, Hideki Yamada | Vision Zero, ISO45001, Safety and Anshin, Culture | |
| Importance of Education and Qualification Systems to Embrace a Holistic Approach of Human, Technology, Management and Rule Formation for Advancing Safety,Health, and Well-being at Work | Fujita T., Ariyama M., Maeda I., Mukaidono M. | Collaborative Safety, Safety Assessor Qualification Systems, Vision Zero | |
| Safety Pilot: Digital Risk Assessment Integrated into Robot Programming | Scharping R., Behrens R., Elkmann N. | digital risk assessment, power and force limiting, model-based validation of biomechanical limits | |
| Design and Development of a Roaming Wireless Safety Emergency Stop | Henry Beuster, Thomas Doebbert, Christoph Cammin, Dmytro Krush, Gerd Scholl | functional safety, wireless, IO-Link Wireless, roaming | |
| Proposal of Method to Consider Supporting Actions by Caregivers in Risk Evaluation of Robotic Devices for Nursing Care | Saito T., Ikeda H. | machinery safety, risk assessment, robotic devices for nursing care, caregiver’s supporting action | |
| Enhancing Safety and Usability in the Design of a Powered Exoskeleton for Spinal Cord Injury | Oyama H., Ikeda H. | powered exoskeleton, spinal cord injury, assistive technology, safety, usability | |
| Examination of unsafe behaviour and conditions causing human errors during human machine interaction in a collaborative production system | Tsukiyama K., Hojo R | risk assessment, safety of machinery, occupational safety, Behaviour Analysis, well-being, | |
| Promotion of Standardization Activities on "Collaborative Safety" | Tatsuo Takeshige, Takahiro Takahashi, Kenjiro Ueda,Tamio Tanikawa,Hiroshi Matsuura | Standardization, Collaborative Safety, Well-being, Balancing productivity and safety, Use cases for Safety | |
| Collaborative Safety System for Self-propelled Elevating Work Platforms Achieves ANSHIN and Well-being Workplace for Workers and Managers | Mori T., Nobuhiro M., Nakai T., Dohi M | construction machine, site, self-propelled elevating work platforms, collaborative safety, well-being, ANSHIN, three-position enabling switch | |
| Case study of Conformity Assessment based on ISO 31101 and Safety management systems of Robotic Services | Nakabo Y., Suita K*., Fujimoto H., Kubo H., Goda I., Kushibiki T., Ikuma H., Matsubayashi N., Takeshima H | ISO 31101, Service robots, Safety management system, Conformity assessment, Case study | |
| Regulations and standards for Robotics and Autonomous Systems in the UK machinery sector | Chambers C., Hall N. | Standards, Guidance, New and Emerging Technologies, Autonomous Systems, Artificial Intelligence Machine Learning, Cyber security | |
| The study of design and operation of collaborative machines - risk assessment and communication | Hiroo Kanamaru | Collaborative machine, Risk assessment, communication, Lifecycle | |
| RAS Safety Framework: A Digital Twin-Based Approach to Assurance of Complex Systems | Johnson Needle N., Douthwaite J., Emre Y., Law J., Hall N. | safety assurance, cobot safety, structured assurance case, digital twin, regulatory compliance | |
| New approach to industrial security offers also potential savings | Stein J, Weitz M, Schmid A | Industrial Security, Safety, Control Systems, Controller Security Management, Remote Access, Network, Sustainability | |
| Effects of Interspace and Safety2.0 implementation on safety and well-being in human robot collaborative environment | Takayoshi S., Masaki N., Masao D. | Common Ground, Interspace, Factory Automation, Collaborative safety, Safety2.0, ANSHIN, Well-being, robot, Service Autonomous Mobile Robot | |
| Review of possibilities in the EYE-TRACKING LAB for the safety of process control operators | Vjatsheslav Kekshin, Vladimir Kuts, Mihhail Derbnev, Martinš Sarkans | ||
| Fusion robotics safety; the emergency management system for the remote handling robots of JET | Zoulias I.D., Preston B., Howell R., Houghton N., Blackburn J., Weerasooriya L., Blake J., Thomas J., Hermon G., Reece D | Telerobotics Safety, Multidisciplinary safety design, Risk Assessment for robots, Human Factors, Functional safety, Fusion | |
| Design methods of safety for facilities considering productivity in collaborative workspace | Okada K., Ikeya Y., Kobayashi H., Inoue T., Suzuki M., Takenaka K. | collaborative workspaces, productivity, risk communication | |
| Tag - and Knowledge-based Standards Documentation | Scharping R., Behrens R., Zimmermann J., Elkmann N. | safety of mobile robotic machines, standard identification, knowledge-based documentation | |
| Tendency surveys of drone-related accidents and evaluation of the effectiveness of protective equipment | Ayumu Miyahara, Kosuke Yoshizaki, Soto Moreno Johan Alexis, Kengo Takahashi, Hiroki Igarashi, Toshiro Hoshi, Tetsuya Kimura | Drone, UAS, UAV, Propeller, Risk Reduction, NEISS, Plane, Helicopter, PPE | |
| A tale of automation safety: Lessons learned from automotive to aviation and beyond | Gotcheva, N | automation, organizational factors, institutional aviation, storytelling |