Panos Artemiadis

[UD Engineering @UDengineering]

Learn more about #UDel Engineering's advanced degree programs and high-caliber research at our upcoming info session!

October 17th from 10–11:30 a.m. EDT.

Register today! https://t.co/1IR6M1YHYW

@UDGradStudents @udbme @UD_CIS @UD_ECE @UDChbe @UDMse

[Panos Artemiadis @partem80]

@PapaZissou I wish you all the best Art! You are unstoppable and you got this!

[Panos Artemiadis @partem80]

Excited to share the new paper from the lab on how to predict real-time transitions to compliant surfaces in human gait using EMG and gait kinematics. A step closer to smart lower limb prostheses with the human in the loop! @UDengineering @UDResearch
https://t.co/9v4TfI01Hy

[Michael Black @Michael_J_Black]

PhD students, don't worry. Technologies, trends, and even whole fields come and go. A PhD makes you an expert in a field but, more importantly, teaches you how to become an expert. Once you know that you can learn anything, you can adapt to major disruptions in your field.

[Panos Artemiadis @partem80]

@doctorBobG Can authors add a video to a submission between March 2-5, if no video was included in the original paper submission?

[Panos Artemiadis @partem80]

Our new paper is out! Repeated unilateral stiffness perturbations created by our VST elicit an aftereffect that is seen for over 575 gait cycles after a single 10-min intervention. Exciting results and very promising for post-stroke gait rehabilitation!
https://t.co/2sm94cG4IB

[UD Engineering @UDengineering]

#UDel engineers @partem80 and @fasergi are studying how #robotic devices can guide personalized rehab strategies for #stroke patients. https://t.co/zQbZEZjvGE

[Human Robotics @ U of Delaware @HuRoLab]

Very cool UDaily piece for our recent grant led by collaborator and long-time friend @partem80 https://t.co/27NMsoFwwu

[Engineering Research Visioning Alliance (ERVA) @ERVAcommunity]

Just released #ERVACommunity report: Innovations on the horizon that combine biology and engineering R&D. See the executive summary and full report, then share with everyone interested in the future of engineering!
https://t.co/F7zcfovGZI #ERVAVisioning @NSF

[Panos Artemiadis @partem80]

Glad I was part of it: "Leveraging Biology to Power Engineering Impact", especially the impossible thing #8: A 100-year-old breaks the 100-meter spring record. Report is now out: https://t.co/btGgqDqmBP

[UD Engineering @UDengineering]

Interested in an engineering graduate/Ph.D. degree? Learn about @UDGradStudents engineering programs via a FREE information session this Wednesday the 26th. Register at the link: https://t.co/iE2IaihuuY

[Panos Artemiadis @partem80]

@Yezhou_Yang @ieee_ras_icra I agree, but if you read the AE instructions, they say that we are not supposed to invite PhD students to review, unless senior and experienced. Doesn’t this excluded ~half of the authors? …

[Panos Artemiadis @partem80]

Super excited to announce a new NIH R01 grant on model-informed stroke rehabilitation using robotics!! #robotics @UDengineering @UDResearch

[Peyman Milanfar @docmilanfar]

Insightful perspective:
“A father’s journey w/ his child involves passing thru a terrible struggle for independence & connection, which ends only when he’s no longer needed. This is the tragedy of parenthood -you succeed when you make yourself irrelevant”
https://t.co/nBSnY5SKq0

[Panos Artemiadis @partem80]

Colleagues: I am considering investing in a research dry EEG system. Any suggestions? How do these compare with gel-based EEG system in terms of signal quality? Any pros/cons? Thanks!

[Steven Strogatz @stevenstrogatz]

A sobering article. Any professors or students care to comment? Or anyone else with first-hand experience of college education in the past few years? https://t.co/1LbvE4pjtj

[Panos Artemiadis @partem80]

Chrysostomos Karakasis, Ioannis Poulakakis, and Panagiotis Artemiadis, “Robust Dynamic Walking for a 3D Dual-SLIP Model under One-Step Unilateral Stiffness Perturbations: Towards Bipedal Locomotion over Compliant Terrain,” in the 30th (MED), 2022 (to appear)

[Panos Artemiadis @partem80]

Bipedal robot locomotion on very soft surfaces is a challenging problem. Our new paper proposes a stiffness adjustment controller with a nonlinear optimization approach and an LQR controller, to withstand robustly stepping on very soft surfaces. https://t.co/ZEp7nGLWVd

[Panos Artemiadis @partem80]

The controller allows robust stepping on very soft surfaces leading to foot penetrating over 10cm into the ground! All these are made possible with an extension of the 3D-Dual SLIP model for walking on compliant surfaces.