patrickasiedu Goto Github PK

beatstash-backend

beatstash-frontend

Marketplace for buying and selling instrumentals

bslorders-client

bslorders-server

car-license-plate-recognition

Using Faster RCNN and KNN to perform Car License Plate Recognition

cv4rpi

This repo houses an exhibition of the skills I acquired via Adrian Rosebrock's case studies for his book entitled "Raspberry Pi for Computer Vision".

dealtor-web

deep-learling-for-computer-vision---adrian-rosebrock-practitioners-bundle

deep-learning-cv-adrian-rosebrock-

deeplearning-for-cv-starter

📘 Code follow-throughs and implementations for the book - "Deep Learning for computer vision", Starter bundle, by Dr. Adrian Rosebrock

flasky

Companion code to my O'Reilly book "Flask Web Development", second edition.

java-blackjack-project

java-project

juggle-deep-tools

Inspired by Adrian Rosebrock pyimagesearch books, these are my Deep Learning Tools for Computer Vision and More

license-plate-recognition

A pytorch implementation of a darkent trained yolov4-tiny model that can detect number plates and helmets if a number plate is detected it is passed through an OCR to recognize the number

magiskonwsa

Integrate Magisk root and Google Apps (OpenGApps) into WSA (Windows Subsystem for Android)

models

Models and examples built with TensorFlow

my-portfolio

Portfolio website

node_js_resources

davegray node js course

oop-and-java-tlc-labs

patrick

pyimagesearch

Repository for PyImageSearch Projects: https://www.pyimagesearch.com/

pyimagesearch-1

Adrian's PyImageSearch implemented and working!

react-complete-guide-code

Code snapshots and materials for our "React - The Complete Guide" course (https://acad.link/reactjs)

realtimeautomaticnumberplaterecognition

robot-chassis-embedded-project

Automation of a robotic vehicle: Build a robotic vehicle using an available chassis. The vehicle should be able to i. Move forward and reverse [2] ii. Make a turn left or right [2] iii. Have the ability to either choose to drive at one of two speeds, (slow/fast) [2] iv. Either: Have the ability to progressively increase speed from Speed 1 to Speed 2 OR: progressively increase the brightness of a lamp from level 1 to level 2. [2] v. Must flash LEDs in a pattern (think of an emergency services vehicle) RBBBR. Each lamp lights for 200ms and the whole cycle repeats. [2] vi. When going forwards it lights a RED LED on the tail end, but lights a white one(on the tail end) if reversing. (use the colours you have) [2] vii. When going reverse, it beeps at 500ms intervals [2] viii. The car must be controllable (eg over cables/buttons, or wireless) [2] ix. The car can do a fixed, preset routine /sequence of movements by itself when that mode is activated. [2] x. Your code must have at least one function written in assembly language(eg count no. of times you went reverse) [2] xi. Display feedback & status for humans (eg using LCD/7-seg display) [2] xii. Turn on a set of lights automatically when it is dark [2] xiii. Sense when the car is too close to an obstacle, beep 2 times and stop [2] xiv. Have a lamp/LED whose blink rate can be varied using a potentiometer [2]

starterbundletest

<<Deep Learning for Computer Vision with Python>> starter bundle

tessdoc

Tesseract documentation

tfodcourse

web-development-resources

Awesome Web Development Resources.