Pinned Repositories
Action-Tubelet-Detection-in-AVA
agent-hack
10/24 hackathon on llm agents
Continual_Learning_for_KWS
CS-Calibrations
Fiducial-Localisation
The repository contains a novel algorithm to solve the problem of Fiducial Localisation: Image-guided neurosurgery systems (IGNS) play an important role in intracranial surgery. These systems have a live CT/MRI scanning during surgeries to aid the doctor. During neuro-registration, bone based markers or fiducials are affixed to the skull before imaging so that they can calibrate the coordinate systems of the imaging device and the actual 3D World Coordinates. As of now, the actual Fiducials are tapped by instruments, and on the other hand they are MANUALLY marked out in the images obtained from the MRI/CT imaging. Automatic localization of these centers will help to reduce the human error in registration and speed up the registration process. In a nutshell, the task is to automatically locate these Fiducial markers from these images, so that they don’t have to be manually marked out by the doctor.
gemini1.5-hack
gemini1.5-hackathon
IITB-Proc
A 16-bit mini computer capable of executing arithmetic and logical instructions written in VHDL
ITSP_2k18
Code for a self aiming turret gun made for ITSP which would be driven by RPi and Adafruit Motor Hat
LDA-Topic-Modelling
Topic modelling on youtube videos
jianvora's Repositories
jianvora/Continual_Learning_for_KWS
jianvora/Fiducial-Localisation
The repository contains a novel algorithm to solve the problem of Fiducial Localisation: Image-guided neurosurgery systems (IGNS) play an important role in intracranial surgery. These systems have a live CT/MRI scanning during surgeries to aid the doctor. During neuro-registration, bone based markers or fiducials are affixed to the skull before imaging so that they can calibrate the coordinate systems of the imaging device and the actual 3D World Coordinates. As of now, the actual Fiducials are tapped by instruments, and on the other hand they are MANUALLY marked out in the images obtained from the MRI/CT imaging. Automatic localization of these centers will help to reduce the human error in registration and speed up the registration process. In a nutshell, the task is to automatically locate these Fiducial markers from these images, so that they don’t have to be manually marked out by the doctor.
jianvora/agent-hack
10/24 hackathon on llm agents
jianvora/LDA-Topic-Modelling
Topic modelling on youtube videos
jianvora/Action-Tubelet-Detection-in-AVA
jianvora/CS-Calibrations
jianvora/gemini1.5-hack
jianvora/gemini1.5-hackathon
jianvora/IITB-Proc
A 16-bit mini computer capable of executing arithmetic and logical instructions written in VHDL
jianvora/ITSP_2k18
Code for a self aiming turret gun made for ITSP which would be driven by RPi and Adafruit Motor Hat
jianvora/jianvora.github.io
jianvora/marlgrid
Gridworld for MARL experiments
jianvora/maskrcnn-benchmark
Fast, modular reference implementation of Instance Segmentation and Object Detection algorithms in PyTorch.
jianvora/py-motmetrics
:bar_chart: Benchmark multiple object trackers (MOT) in Python
jianvora/R-C3D
code for R-C3D
jianvora/RMSG
Stochastic PCA with ℓ2 and ℓ1 Regularization
jianvora/ssd.pytorch
A PyTorch Implementation of Single Shot MultiBox Detector
jianvora/Style-Transfer-in-Images
jianvora/TRN-pytorch
Temporal Relation Networks