Rishabh Bajpai

Postdoc at WashU | PhD @ IIT Delhi | Assistive Devices | Cerebral Palsy Rehabilitation

[Rishabh Bajpai @Neur0n__]

Paper: https://t.co/RqnqLd1MCN

[Rishabh Bajpai @Neur0n__]

Excited to introduce a much-needed solution: free software for automated face blurring and kinematics extraction in patient videos.
Finally, a game-changer for researchers and clinicians alike!
🎉 #patient_data #face_blurring #healthcare #automation

[Rishabh Bajpai @Neur0n__]

Check out the tutorial videos for SecurePose here: https://t.co/FqQLIXovMS

[Bhooma Aravamuthan MD DPhil @drbhooma]

1/ Proud to share this pre-print, spanning studies from the #cerebralpalsy clinic to mice in the lab, demonstrating a causative link between chronic striatal cholinergic interneuron excitation and #dystonia. https://t.co/StEhmhPb8f

[Rishabh Bajpai @Neur0n__]

Open Access link: https://t.co/e8kgMAW2pr
Code and dataset are also available.

[Rishabh Bajpai @Neur0n__]

I am delighted to share my latest research article published at IEEE Transactions on Neural Systems and Rehabilitation Engineering (@TNSRE1, @IEEEembs). The work focuses on developing the first objective, comprehensive gait assessment methodology for cerebral palsy children.

[Michigan Robotics @UMRobotics]

The first open source bionic leg is now easier for researchers to use.

The open source leg is now available off-the-shelf from @humotech.

Read: https://t.co/PoB9I9CVXf

[Rishabh Bajpai @Neur0n__]

I thank Kyle R. Embry, @doctorDarioV,
Rebecca L. Macaluso, and @doctorBobG, for making the
used dataset publicly available.

[Rishabh Bajpai @Neur0n__]

My first research article from my #PhD work is now published. The proposed model can generate subject-specific joint angle profiles for variable slopes at a given walking speed from the data of joint angle profiles recorded at a flat surface. Link: https://t.co/SybkCrgPUt

[Rishabh Bajpai @Neur0n__]

@Paimaamu Thanks a lot🙂

[Prof. Robert Gregg, Ph.D. @doctorBobG]

My lab is searching for a Postdoc to contribute to a NIH-funded project on the control of agile powered prosthetic legs! Requires experience in control of wearable or legged robots, i.e., implementing feedback control methods in hardware. See ad below: https://t.co/StCYnzw4YV

[Rai @Mhairi_MacLean]

Does anybody use Qualisys to record Noraxon EMG data? I'm in need of a helping hand with syncing the systems.
There's a video how-to on the Qualisys website, but we no longer have tech support, so can't watch it.

[Structural Biomechanics @icStructBiomech]

.@favier_clement's @OpenSimSU musculoskeletal model of the lumbar spine (pelvis and lower limbs) is available to read about and download NOW 🥳 https://t.co/8mcRsuWbAz

[Prof. Robert Gregg, Ph.D. @doctorBobG]

We have a newly accepted @IEEEembs TNSRE paper entitled, "Parameterizing Human Locomotion Across Quasi-Random Treadmill Perturbations and Inclines," which is the work of an amazing undergrad researcher Rebecca Macaluso and her PhD student mentor Kyle Embry from @UT_Dallas 1/n

[Lori Michener @LoriMichener]

Interested in Science & Rehab, and a PhD or MS?
The COOR lab@USC (https://t.co/EmkJiWKoEF) focus on mechanisms of MSK shoulder pain, to develop & assess treatments for rotator cuff tendinopathy->tears & UCL injuries, in athletes & general population. A fun group to join if...

[SP Arun @sparuniisc]

Update: the ACCS7 schedule is now online. The entire conference is FREE for anyone to attend. We have an exciting lineup of cognitive science talks from across India, and excellent invited speakers - look forward to seeing you there!! :-)
https://t.co/rrjNIkP2DZ

[Suzanne Dikker @SuzanneDikker]

Our real-world classroom EEG study on how class time affects student brain activity & learning is finally out!
w/ @haegenslab @_danabevilacqua & @TessaWestNYU
+ @davidpoeppel @CuriousMZD @kchaloner @basilcanteloupe @IdoDavidesco James McClintock Lu Wan
https://t.co/pm1toFrHns

[Dimitar Stanev @dimtris_stanev]

https://t.co/iV5LP3Ndlb

[He (Helen) Huang @helenhehuang8]

Can reinforcement learning be used as an alternative solution to musculoskeletal-based biomechanics for joint moment estimation? https://t.co/gXFcxs7oqh Thanks to my collaborator, Kate Saul @MoBLNCSU, for the insight on biomechanics.