Pinned Repositories
Automated-Corrosion-Loop-Development
Develop an automated corrosion loop development system based on k-means clustering and group technology method
Collision-Avoidance-System
Calculate time-to-collision by using Lidar and camera
hackerrank-sql
Solutions of hackerrank SQL practice problems.
Lidar-Obstacle-Detection
Use the data from lidar to track multiple cars on the road
ML-RBI-Assessment
Machine learning approach for performing risk-based inspection (RBI) screening assessment
Motion-Heatmap
See movement patterns over time using Python and OpenCV
News-Title-Classification
Machine learning model to classify news into categories based on their headline
Non-Deep-Learning-Grocery-Product-Classification
Perform grocery product classification based on feature detection and description
RNN-Twitter-Sentiment-Analysis
A recurrent neural network model to analyze how travelers expressed their feelings on Twitter
YOLO-Object-Detection
YOLO object detection with OpenCV and Python
andikarachman's Repositories
andikarachman/Motion-Heatmap
See movement patterns over time using Python and OpenCV
andikarachman/Lidar-Obstacle-Detection
Use the data from lidar to track multiple cars on the road
andikarachman/News-Title-Classification
Machine learning model to classify news into categories based on their headline
andikarachman/YOLO-Object-Detection
YOLO object detection with OpenCV and Python
andikarachman/Lane-Lines-Road-Detection
This project utilizes a software pipeline to identify the lane boundaries in a video.
andikarachman/Youtube-Spam-Comment-Classification
A spam comment classification model to automatically filter spams in YouTube comment
andikarachman/Camera-Calibration
Camera calibration using OpenCV
andikarachman/Collision-Avoidance-System
Calculate time-to-collision by using Lidar and camera
andikarachman/Face-Tracking
A face tracker system using Python and OpenCV
andikarachman/Non-Deep-Learning-Grocery-Product-Classification
Perform grocery product classification based on feature detection and description
andikarachman/Pedestrian-Detection
Pedestrian detection with Python and OpenCV
andikarachman/Automated-Corrosion-Loop-Development
Develop an automated corrosion loop development system based on k-means clustering and group technology method
andikarachman/Adversarial-Search
Develop an agent that can play games with super-human performance in an adversarial environment.
andikarachman/andikarachman.github.io
Andika's portfolio
andikarachman/Damage-Mechanism-Identification-Ontology
Ontology for automating damage mechanism identification
andikarachman/DCGAN-Face-Generation
A Deep Convolutional Generative Adversarial Neural Networks to generate new images of faces
andikarachman/deploying-machine-learning-models
Example Repo for the Udemy Course "Deployment of Machine Learning Models"
andikarachman/Drowsiness-Detection
Detect drowsiness by determining how long a given person’s eyes have been closed for
andikarachman/Face-Recognition-App
A face recognition app using Python and OpenCV
andikarachman/Facial-Keypoint-Detection
A deep learning architectures to build a facial keypoint detection system
andikarachman/fullstack-nanodegree-vm
andikarachman/GAN-Handwritten-Digits-Generation
Handwritten digits generation using generative adversarial models
andikarachman/Hand-Detection-and-Tracking
andikarachman/Hidden-Markov-Chain-HMM-Tagger
Hidden Markov model for part of speech tagging
andikarachman/Inspection-Knowledge-Base-Ontology
Ontology for offshore and onshore process equipment inspection knowledge base
andikarachman/Keypoints-Extraction-for-Grocery-Product-Classification
Extract keypoints from products that will be used for performing product classification
andikarachman/learnopencv
Learn OpenCV : C++ and Python Examples
andikarachman/Part-of-Speech-Tagging
Model real-world uncertainty through probability to perform pattern recognition.
andikarachman/Simple-Object-Tracking
A simple object tracker using Python and OpenCV
andikarachman/Unscented-Kalman-Filter
Implement an Unscented Kalman Filter to estimate the state of multiple cars on a highway using noisy lidar and radar measurements