Pinned Repositories
4-bit-USR-using-HDL
Designing, Implementing and Simulating a 4-bit Universal Shift Register from scratch including all sub components in Hardware Description Language
Brandes-Algorithm-Betweenness-Centrality
The goal of this project is to implement the Brandes algorithm for calculating betweenness centrality in a graph. The Brandes algorithm is a well-known algorithm for efficiently computing betweenness centrality in large, complex networks.
Covid-Cough-Classification
Covid status classification using audio/voice file input
Four-Bar-Linkage-Based-Wiper-Mechanism
A through study of the design process of a 4 bar linkage mechanism and development of a pseudo control/dashboard application in matlab
Fundamentals-of-Google-Search-Engine
Detailed exploration of the Linear Algebra associated with the functional level changes achieved by the possible features of the Google Search Engine
genpranav
Config files for my GitHub profile.
L1-Norm-Problems-using-ADMM
Least Absolute Deviation(LAD), Huber Fitting and Least Absolute Shrinkage and Selection Operator(LASSO) solved using Alternating Direction Method of Multipliers(ADMM) approach, from a Linear Algebra standpoint along with the Machine Learning justification for exploration.
Recursive-Backtracking-of-DFS-for-Mazes
The implementation of balanced and efficient maze generation and solving algorithms. Stochastic DFS based recursive backtracking to be specific.
Regex-based-Pheonotype-Identifier
The Regex-based Casual Gene Identifier is a very simple and straight forward solution for gene identification using regular expressions, the goal is to parse excel files and predict the most probable gene segment corresponding to any phenotype.
Yolov3-Object-Detection-from-Drone-feed
This project aims to implement real-time object detection from drone feed using YOLOv3 (You Only Look Once version 3) deep learning architecture. This project was implemented using tools and frameworks such as ROS, Gazebo, Ardupilot and MavROS
genpranav's Repositories
genpranav/Yolov3-Object-Detection-from-Drone-feed
This project aims to implement real-time object detection from drone feed using YOLOv3 (You Only Look Once version 3) deep learning architecture. This project was implemented using tools and frameworks such as ROS, Gazebo, Ardupilot and MavROS
genpranav/Four-Bar-Linkage-Based-Wiper-Mechanism
A through study of the design process of a 4 bar linkage mechanism and development of a pseudo control/dashboard application in matlab
genpranav/4-bit-USR-using-HDL
Designing, Implementing and Simulating a 4-bit Universal Shift Register from scratch including all sub components in Hardware Description Language
genpranav/Brandes-Algorithm-Betweenness-Centrality
The goal of this project is to implement the Brandes algorithm for calculating betweenness centrality in a graph. The Brandes algorithm is a well-known algorithm for efficiently computing betweenness centrality in large, complex networks.
genpranav/Covid-Cough-Classification
Covid status classification using audio/voice file input
genpranav/Fundamentals-of-Google-Search-Engine
Detailed exploration of the Linear Algebra associated with the functional level changes achieved by the possible features of the Google Search Engine
genpranav/genpranav
Config files for my GitHub profile.
genpranav/L1-Norm-Problems-using-ADMM
Least Absolute Deviation(LAD), Huber Fitting and Least Absolute Shrinkage and Selection Operator(LASSO) solved using Alternating Direction Method of Multipliers(ADMM) approach, from a Linear Algebra standpoint along with the Machine Learning justification for exploration.
genpranav/Recursive-Backtracking-of-DFS-for-Mazes
The implementation of balanced and efficient maze generation and solving algorithms. Stochastic DFS based recursive backtracking to be specific.
genpranav/Regex-based-Pheonotype-Identifier
The Regex-based Casual Gene Identifier is a very simple and straight forward solution for gene identification using regular expressions, the goal is to parse excel files and predict the most probable gene segment corresponding to any phenotype.