Pinned Repositories
SmartChairAndroidApp
Smart posture alerting chair for final year project.
016-building-an-online-store-using-react-redux-and-local-storage
1234
AWSAmplifyAndroid
CacheManagement
Task is to write a short C program that measures the access time differences of the caches in your system. To perform the measurement write a short program that consists of a loop with N iterations over an integer array a of size N, where you sum the value of each element of a.
compose-samples
COMPSYS_301_PACMAN_LINE_FOLLOWING_ROBOT
Embedded C project which was used to program a PSoC 5LP. Worked in a team to design a robot to navigate through a projected map and avoid projected ghosts along the way. Programmed PSOC 5LP to read ADC values and receive RF data of the ghost position. Also used PWM to control motor speed and programmed a path finding algorithm for the robot to follow. Q Sim and Altium was used for testing and designing sensor circuits, placing and routeing of components on the PCB. (Received top in course for this project)
CreativeCornerDecorationsWebsite
Da-Muks
electron-desktop-app
nipoonp's Repositories
nipoonp/SmartChairAndroidApp
Smart posture alerting chair for final year project.
nipoonp/016-building-an-online-store-using-react-redux-and-local-storage
nipoonp/1234
nipoonp/AWSAmplifyAndroid
nipoonp/CacheManagement
Task is to write a short C program that measures the access time differences of the caches in your system. To perform the measurement write a short program that consists of a loop with N iterations over an integer array a of size N, where you sum the value of each element of a.
nipoonp/compose-samples
nipoonp/COMPSYS_301_PACMAN_LINE_FOLLOWING_ROBOT
Embedded C project which was used to program a PSoC 5LP. Worked in a team to design a robot to navigate through a projected map and avoid projected ghosts along the way. Programmed PSOC 5LP to read ADC values and receive RF data of the ghost position. Also used PWM to control motor speed and programmed a path finding algorithm for the robot to follow. Q Sim and Altium was used for testing and designing sensor circuits, placing and routeing of components on the PCB. (Received top in course for this project)
nipoonp/CreativeCornerDecorationsWebsite
nipoonp/Da-Muks
nipoonp/electron-desktop-app
nipoonp/FlappyBird_DE0_Board
nipoonp/GolangExample
nipoonp/LoopTransformation
nipoonp/modern-react-with-redux-2019
Learning React/Redux (2019 update) from Udemy course (https://www.udemy.com/react-redux/)
nipoonp/nipoon-website
nipoonp/react-typescript-template
nipoonp/SimpleBog
nipoonp/SmartChair
nipoonp/SmartChairApp
nipoonp/SmartChairPython
Implements machine learning to distinguish the different postures a user is sitting on depending on the sensor readings.
nipoonp/SmartChairPythonSQLServer
nipoonp/tabin-desktop
nipoonp/tabin-integration
nipoonp/tabin-verifone-server
nipoonp/tabin_better_burger
nipoonp/tabin_brewd_hawt
nipoonp/tabin_brewd_hawt_old
nipoonp/Tank_Game
Training, single player, multiplayer and artificial intelligence game modes. Game play created using Java swing, artificial intelligence (A* path finding algorithm), threading. Also implanted databases (MySQL) and a website (built with HTML/CSS/JS) which allowed users to play against each other over the internet. This was done using Python’s CherryPy framework. (Received A+ in this course) NIPOON PATEL COMPUTER SYSTEMS ENGINEER
nipoonp/VidlyWebsite
nipoonp/WebsiteBlog