Pinned Repositories
Colleague-in-Motion
Colleague in Motion is a free website that helps colleagues to compete in sports activities. The sport activities are converted to number of steps. The number of steps are then used to rank the colleagues.
dual-quaternions-and-locating-surfaces
This project uses dual quaternions to represent and transform manufactured parts and fixtures. The purpose is to predict the geometry of manufactured parts in multistage machining processes given locating surface and machining deviations. The implementation uses a two stationed machining line to demonstrate the idea.
dual-quaternions-and-N-2-1-fixture-layout-form-errors
This project is used for part quality prediction in multistage machining processes while considering N-2-1 fixture layout and parts with form errors. To demonstrate the idea, a two stationed machining line with a 12-2-1 locators is implemented.
dual-quaternions-and-punctual-locators
This project uses dual quaternions to represent and transform manufactured parts and fixtures. The purpose is to predict the geometry of manufactured parts given variation sources’ information. The implementation is based on the case study reported in [1] and the results are reported in [2].
or-gym
Environments for OR and RL Research
pyCM
A collection of visualization and data processing tools written in Python for performing the contour method for determining residual stress
Koopa
Code release for "Koopa: Learning Non-stationary Time Series Dynamics with Koopman Predictors" (NeurIPS 2023), https://arxiv.org/abs/2305.18803
FilmonYacob's Repositories
FilmonYacob/dual-quaternions-and-N-2-1-fixture-layout-form-errors
This project is used for part quality prediction in multistage machining processes while considering N-2-1 fixture layout and parts with form errors. To demonstrate the idea, a two stationed machining line with a 12-2-1 locators is implemented.
FilmonYacob/dual-quaternions-and-punctual-locators
This project uses dual quaternions to represent and transform manufactured parts and fixtures. The purpose is to predict the geometry of manufactured parts given variation sources’ information. The implementation is based on the case study reported in [1] and the results are reported in [2].
FilmonYacob/Colleague-in-Motion
Colleague in Motion is a free website that helps colleagues to compete in sports activities. The sport activities are converted to number of steps. The number of steps are then used to rank the colleagues.
FilmonYacob/dual-quaternions-and-locating-surfaces
This project uses dual quaternions to represent and transform manufactured parts and fixtures. The purpose is to predict the geometry of manufactured parts in multistage machining processes given locating surface and machining deviations. The implementation uses a two stationed machining line to demonstrate the idea.
FilmonYacob/or-gym
Environments for OR and RL Research
FilmonYacob/pyCM
A collection of visualization and data processing tools written in Python for performing the contour method for determining residual stress