OpenPose is a well established pose estimation. This tutorial will introduce you to to this technology, and help you better understand the basics, before you really dive into it.
Read MoreSimms Lab Research group at Trinity College Dublin
Large international collaborative research project aimed at designing a countermeasure to reduce the lethality of pedestrian subway impacts.
Learn MoreStudy of railway occupant crash injury in post-derailment collisions, including studying the train post-derailment collision responses, and occupant injury analysis using dummy sled tests and simulations
Learn MoreSports injuries are very common in contact sports such as rugby. Sometimes it's hard to diagnose some injuries, such as concussions, in the field due to lack of immediate symptoms. We aim to use pose estimation combined with multibody simulation software (MADYMO) to study those injuries.
Learn MoreFurther developing pose estimation models to establish biomechanically meaningful data from footage of athletes rehab exercises to support physios making assessments.
Learn MoreInvestigating the mechanical tension-compression asymmetry in skeletal muscle.
PhD Candidate
PhD Candidate
Technical Officer
PhD Candidate
PhD Candidate
Research Fellow
Research Fellow
OpenPose is a well established pose estimation. This tutorial will introduce you to to this technology, and help you better understand the basics, before you really dive into it.
Read MoreSome cars are often referred to as having a "5 star pedestrian safety rating". What does this mean. How safe is it really and how safe or unsafe does a car need to be to get a 1 star safety rating?
Read MoreWe can integrate kinematic differential equations to determine both 1) where an object will be and 2) what orientation it will have after a specified amount of time. In this post I describe the mathematical procedure, and implement the solution in Python.
Read MoreUsing differential equations of motion (EOMs) governed by Newton’s 2nd law we can describe the kinematics and dynamics of objects in motion. In this post I describe how EOMs can be calculated and applied programmatically for a simple case of a falling and bouncing ball with one translational degree of freedom.
Read MoreWith a lack of complete basis vector representation for the two coordinate systems, there are an infinite number of rotation matrices, or axis-angle combinations that can be applied to achieve a desired vector mapping. However, here we define the constrained nature of the solution space.
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