Frank J Wouda

Assistant Professor at Univesity of Twente & Research Engineer at Movella
With an interest in (measurement of) human biomechanics.

[Frank J Wouda @FrankWouda]

I regularly read research on advancements in the field of biomechanics. However, there is too much interesting research out there. So therefore I challenge myself to share an interesting anecdote, paper, etc a day under the DailyDoseOfBiomechanics #DDOB

[Frank J Wouda @FrankWouda]

If you are interested in researching knee loading in OA patients, to have a real impact on their lives, please apply to the open PhD position here: https://t.co/COUzW8iOrZ

[Frank J Wouda @FrankWouda]

Are you interested in applying (IMU) sensor technology to improve quality of life of OA patients, apply for one of two PhD positions and come join our BSS group at UTwente. #vacancy #IMU #PhD #UT https://t.co/gmN9ZSlKWG

[Frank J Wouda @FrankWouda]

What is the ground truth orientation? Often people rely on optical systems to compare their proposed methods for orientation tracking, but this is not always optimal and depends on marker cluster size. More details in: https://t.co/8fINs9L9sh #DDOB

[Frank J Wouda @FrankWouda]

Measuring foot progression angle in ambulatory gait is crucial for managing pain in OA patients. See works on estimating it with just foot-worn IMUs: https://t.co/eUhWGwATTL #DDOB @peterbshull

[Frank J Wouda @FrankWouda]

To measure internal forces in the body we often have to rely on surrogate measures, but it is important that such surrogates are leading to the same conclusions, this was tested for tibial bone loading during running: https://t.co/B0eCY8QkFS #DDOB @RRDNL

[Frank J Wouda @FrankWouda]

Biomechanical analysis often relies on average biomechanical modelling/assumptions. However, in a lot of body segment relations there can be a high variability between subjects, this work highlights that for the knee joint: https://t.co/n0L4B1OwWD #DDOB

[European Society of Biomechanics @ESBiomech]

📢#ESBiomech2023 Call for abstract submission! 👇

Abstract submission is now open! Don't miss the opportunity to present your latest research results in Maastricht 🇳🇱

More info: https://t.co/YdEFp9buGG

[Frank J Wouda @FrankWouda]

Estimating kinetics in horses has similarities with human running, as similar approaches resulted in comparable performance. https://t.co/sKbkqbiRFJ #DDOB

[Sjoerd Bruijn @sjoerdmb]

We ar looking for 3(!!!) new colleagues at the assistant prof level! Come and be my colleague!

https://t.co/CjVDhB923o

[Frank J Wouda @FrankWouda]

A big challenge in inertial motion capture is sensor to segment calibration, by combining cameras with it, it becomes more versatile: https://t.co/JHnnjCixGF #DDOB

[Frank J Wouda @FrankWouda]

Variability between humans (in joint morphology, body shape, movement disabilities) can be large. This complicates calibration between devices and bones could be impacted by that variability. Which can benefit from an optimization approach: https://t.co/x9pqcC92SO #DDOB

[Frank J Wouda @FrankWouda]

Large impacts are often accompanied by loud sounds. But what if we apply that same train of thought to biomechanics, by estimating ground reaction forces while running using sound. https://t.co/gG87jPRl9g @OliveiraBiomech #DDOB

[NeuroPsychBMC @NeuroPsychBMC]

Foot progression angle estimation using a single foot-worn inertial sensor https://t.co/FYXabKvFQ9

[Frank J Wouda @FrankWouda]

My work on estimation of Foot Progression Angles using a single IMU (without magnetometer) has been published: https://t.co/PMH1bqPeM1

[Frank J Wouda @FrankWouda]

#mdpisensors Time Coherent Full-Body Poses Estimated Using Only Five Inertial Sensors: Deep versus Shallow Learning https://t.co/SrlZ7QxrUG @Sensors_MDPI

[Frank J Wouda @FrankWouda]

https://t.co/3Qu77JADdZ via @researchgate https://t.co/3Qu77JADdZ

[Frank J Wouda @FrankWouda]

Ready for AAAI19 in Honolulu where I will present my work on combining Machine Learning output with a Kalman Filter for improved time coherence #AAAI19

[Frontiers - Physiology @FrontPhysiol]

Estimation of Vertical Ground Reaction Forces and Sagittal Knee Kinematics During Running Using Three Inertial Sensors: Frank J. Wouda, Matteo Giuberti, Giovanni Bellusci, Erik Maartens, Jasper Reenalda, Bert-Jan F. van Beijnum, Peter H. Veltink https://t.co/m57q5LTiwg

[Xsens Entertainment @XsensEnt]

Interesting new research using @Xsens #inertial technology: https://t.co/plMcRsnSBR