Howard Chizeck, professor with the BioRobotics Lab, was interviewed on NPR by Lauren Silverman of KERA on today’s edition of All Things Considered. He addresses types of robots and security of remotely operated robots. The story can be heard here.
BRL PhD Candidate Tamara Bonaci will be receiving the UW’s Center for Information Assurance and Cybersecurity (CIAC) Rising Star Award on Thursday, May 28th. The CIAC is recognizing her contributions for medical device security of both teleoperated surgical systems and brain-computer interfaces. Congratulations Tamara! Read more about the award and other honorees here-
A team of BRL researchers recently demonstrated that next generation teleoperated surgical robots are vulnerable to cyber attacks. Their research, described in a recently published ArXiv paper, comes at a time when medical robot sales are increasing by 20% per year, and it underscores the need to consider cyber security risks and defenses not just for laptops, desktops, and web servers, but for any form of computing technology, including cyber-physical systems like robots.
We Robot posted the papers to be discussed next week at upcoming conference at the University of Washington. The conference deals with various ethical and legal issues surrounding near-future technologies. The BioRobotics lab contributed two papers to the conference that refer to our ongoing work in teleoperation security and closed-loop DBS systems. We are really looking forward to seeing what discussions these papers generate!
Feel free to read the papers or watch the panel discussions from the conference which have been published online at the below links-
Members of the BRL will be presenting a number of papers at upcoming conferences this spring. The final papers will be posted to this website after each of the respective conferences.
WeRobot 2015 http://www.werobot2015.org/, the fourth annual conference on Robotics, Law and policy, will be held in Seattle on April 10-11, 2015. This innovative conference includes formal (and informal) discussions of papers by experts from government, NGO’s, corporations and legal experts, as well as academics. Two of the papers to be addressed in this conference involve our lab:
I Did It My Way: On Law And Operator Signatures for Teleoperated Robots by Tamara Bonaci, Aaron Alva, Jeffrey Herron, Ryan Calo, Howard Jay Chizeck
Personal Responsibility in the Age of User-Controlled Neuroprosthetics by Patrick Moore, Timothy Brown, Jeffrey Herron, Margaret Thompson, Tamara Bonaci, Sara Goering, and Howard Chizeck.
The 2015 Cyberphysical Systems Week Conference http://www.cpsweek.org/2015/ will be held in Seattle from April 14-16, 2014. This international conference (since 2008) now encompasses four ACM and IEEE conferences. Our lab’s contribution is:
Experimental Analysis of Denial-of-Service Attacks on Teleoperated Robotic Systems by Tamara Bonaci, Junjie Yan, Jeffrey Herron, Tadayoshi Kohno, Howard Jay Chizeck
The 2015 7th International IEEE/EMBS Conference on Neural Engineering http://neuro.embs.org/2015/ will be held in Montpellier, France from April 22-24. One of the papers at that conference will be:
Closed-Loop DBS with Movement Intention by Jeffrey Herron, Tim Denison, and Howard Jay Chizeck
The 2015 IEEE International Conference on Robotics and Automation (ICRA) http://icra2015.org/ will be held in Seattle from May25-May 30, 2015. From our lab, the following papers have been accepted:
Semi-autonomous Simulated Brain Tumor Ablation with RavenII Surgical Robot using Behavior Tree by Danying Hu, Yuanzheng Gong, Blake Hannaford, and Eric J. Seibel
Sensor-Aided Teleoperated Grasp of Transparent Objects by Kevin Huang, Liang-Ting Jiang, Joshua R. Smith, and Howard Jay Chizeck
The NSF has awarded us a grant to support our research into securing telerobotic systems! BRL’s Howard Chizeck and co-PI Tadayoshi Kohno from UW’s Computer Science and Engineering department will advise students as they develop new methods for monitoring, detecting, and protecting against any malicious activities that may harm a teleoperated task. More at UW