Saeyoung Jeong (tooth2)

tooth2

Geek Repo

Company:CMU

Location:Pittsburgh

Twitter:@08723Mapp

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Saeyoung Jeong's repositories

Extended-Kalman-Filter

Extended Kalman Filter implementation to estimate a moving object with Lidar and Radar sensor measurements. With sensor_fusion data, Extended Kalman filters predict and determine with certainty the location of other vehicles on the road.

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Autonomous_Driving

Autonomous Driving using deep learning to train a deep neural network (CNN+) to drive a vehicle in the simulator in the same way of driving a car in manual mode. Applied "NVIDIA end-to-end deep learning for self-driving cars" architecture.

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DM-NoSQL-ETL

data modeling for music streaming service

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Facial-KeyPoints-Detection

Use image processing techniques and deep learning techniques to detect faces in an image and find facial keypoints, such as the position of the eyes, nose, and mouth on a face.

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Lidar-Obstacle-Detection

Lidar Obstacle Detection - Filter(Voxel-Grid filter and Cropping), segment(3D Ransac algorithm), and cluster (3D kd-tree and euclidean clustering) real point cloud data to detect obstacles in a driving environment.

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chatbot

A Chatbot implementation. This chatbot answers questions about C++ knowledge! This project is to use modern C++ memory management techniques such as smart pointers and move semantics.

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Route-Planner

OpenStreetMap Route Planner using A* search

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snake-game

A two player's 2D snake game

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system-monitor

A process monitor system that monitors all the active processes, with their corresponding process ids (PIDs), CPU usage, memory usage

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tooth2

My personal profile

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traffic-simulator

A traffic simulator with traffic lights, vehicles and intersections using concurrent programming(threads, mutexes, locks) and message queue.

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3D-Sensor-Fusion

Vehicle Tracking using YOLO v3 (image training) and Lidar data

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Android-kotlin

Android apps only implemented in kotlin (version >=1.3.7)

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CharityML

Finding Donors for CharityML

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FlowerClassifier

Flower image Classifier

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Machine-Translation

A deep neural network that functions as part of an end-to-end machine translation pipeline.

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MonteCarloMethods

A python implementation - Monte Carlo Methods

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nlp-spam-detector

spam detector on text messages dataset

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PartofSpeechTagging

Part of Speech Tagging Use several techniques, including table lookups, n-grams, and hidden Markov models, to tag parts of speech in sentences, and compare their performance.

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Road_Lane_Detection

A pipeline to identify the lane boundaries in a video from a front-facing camera on a car by exploring calibrating cameras and color space transform to manipulate images. Applied more advanced Canny edge (Sobel filters) and other openCV technique helps to find white/yellow lanes.

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Robot_Particle_Fillter

Particle Filter implementation : implement a particle filter and combine it with a real map to localize an object. Particle filter uses data and a map to determine the precise location of an object such as a robot or a vehicle.

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ROS_Basic

A ROS basic to move robot's arm and adjust camera angle

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Semantic-Segmentation

a tensorflow implementation for scene understanding and object detection using Semantic segmentation

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Sentiment-Analysis

Sentiment Analysis : PyTorch Implementation, Tensorflow Keras Implementation

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SSD-Object-Detection

Implemented objects(Vehicles, Traffic Lights) detection pipe line by applying MobileNets and SSD (Single Shot Detection) architecture in order to detect vehicles , traffic lights and pedestrians in the driving video

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TemporalDifference

Python Implementation for Temporal Distance methods

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Traffic-Light-Classification

A open-cv and CNN(Tensorflow) implementation to detect Traffic light (red, yellow, green) state

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Unscented-Kalman-Filter

Unscented Kalman Filter Implementation by using a deterministic sampling approach to estimate the state of multiple cars on a highway using Lidar and Radar sensor measurements.

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YOLOv3-Object-Detection

Vehicle detecting implementation using OpenCV's YOLOv3 library in C++

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YOLOv3-Pytorch

Object Detection with YOLOv3 in Pytorch

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