vivekthota16

Antenna

Antenna Design with CST studio 2017

Arduino-Radar-Project

Ultrasonic Radar using Arduino

Autonomous-Rover

The autonomous rover project is centered on the idea in order to reach to the physically in-accessible locations by humans to achieve the goals such as to surveille the area and analyze the environment conditions in the expedition. Besides, surveillance it carries the moto to research on the detected object and its environment particulars. The research mode in the rover is made to take the temperature, humidity and lighting conditions, by using the robotic arm in order to reach closely towards the object and report to the user for in-depth analysis.

Digital-Communication

Digital Communication Techniques with MATLAB(Simulation)

Digital-Communication-using-C

Digital Communication Techniques with Code Composer Studio(Simulation)

Internet-of-Things-Mission-Kitchen-Project-

Internet of Things with Firebase, Arduino and Android(REST API's)

Machine-Learning

Machine Learning with MATLAB

Project-Collaboration-and-Competition-Udacity-Deep-Reinforcement-Learning

Tennis Game play using Multi Agent DDPG - Deep Reinforcement Learning

Project-Continuous-Control-Udacity-DRLND

Deep Deterministic Policy Gradient(DDPG) - Deep Reinforcement Learning

Project-Navigation-Udacity-Deep-Reinforcement-Learning

Deep Q Networks | Dueling Q Network | Double DQN - Deep Reinforcement Learning Nanodegree

vivekthota16/Project-Collaboration-and-Competition-Udacity-Deep-Reinforcement-Learning

Tennis Game play using Multi Agent DDPG - Deep Reinforcement Learning

vivekthota16/Antenna

Antenna Design with CST studio 2017

vivekthota16/Arduino-Radar-Project

Ultrasonic Radar using Arduino

vivekthota16/Autonomous-Rover

The autonomous rover project is centered on the idea in order to reach to the physically in-accessible locations by humans to achieve the goals such as to surveille the area and analyze the environment conditions in the expedition. Besides, surveillance it carries the moto to research on the detected object and its environment particulars. The research mode in the rover is made to take the temperature, humidity and lighting conditions, by using the robotic arm in order to reach closely towards the object and report to the user for in-depth analysis.

vivekthota16/Digital-Communication

Digital Communication Techniques with MATLAB(Simulation)

vivekthota16/Internet-of-Things-Mission-Kitchen-Project-

Internet of Things with Firebase, Arduino and Android(REST API's)

vivekthota16/Machine-Learning

Machine Learning with MATLAB

vivekthota16/Digital-Communication-using-C

Digital Communication Techniques with Code Composer Studio(Simulation)

vivekthota16/freeCodeCamp

The https://freeCodeCamp.org open source codebase and curriculum. Learn to code for free together with millions of people.

vivekthota16/Project-Continuous-Control-Udacity-DRLND

Deep Deterministic Policy Gradient(DDPG) - Deep Reinforcement Learning

vivekthota16/Project-Navigation-Udacity-Deep-Reinforcement-Learning

Deep Q Networks | Dueling Q Network | Double DQN - Deep Reinforcement Learning Nanodegree

vivekthota16/udacity-deep-reinforcement-learning

My solutions to the projects (and mini-projects) of the Deep Reinforcement Learning Nanodegree by Udacity

vivekthota16/gpu-jupyter-openshift

vivekthota16/graduation

$ git remote <graduation> yearbook

vivekthota16/jupyterhub

vivekthota16/jupyterhub-1

Multi-user server for Jupyter notebooks

vivekthota16/ml_disaster_response_pipeline

Data Science

vivekthota16/mslearn-tailspin-spacegame-web

Code used in Microsoft Learn modules to support Azure DevOps

vivekthota16/mslearn-tailspin-spacegame-web-deploy

Code used in Microsoft Learn modules to support Azure DevOps

vivekthota16/object_detection_urban_environment

vivekthota16/poc-hub-tensorflow-gpu

Example JupyterHub deployment for tensorflow GPU notebooks.