Pinned Repositories
Auctioneer
Program that simulates a modified second-price sealed-bid (Vickrey) auction scenario, both "pure" and level commitment version. The output of the program is: • Statistics of market price • Sellers profit • Buyers profit
Brechard.github.io
calc
computer-vision-tf2
Implementation of algorithms in TensorFlow 2 for object detection (YOLOv3) and recognition.
Face_Recognition
Face recognition using eigenfaces with nearest neighbor
GANtron
GANtron: Emotional Speech Synthesis with Generative Adversarial Networks. My master thesis.
Mean_Shift_Segmentation
Mean-shift algorithm for segmentation from scratch using python
Omega
Project where we have to create an AlphaBeta based algorithm to play the board game Omega
Robot-Simulator
Simulator programmed in Python with PyGame. With Evolutionary algorithm and localization with Kalman Filter.
MRP_10_Forex
This repository contains an algorithm which is able to predict the Forex market perfectly.
Brechard's Repositories
Brechard/GANtron
GANtron: Emotional Speech Synthesis with Generative Adversarial Networks. My master thesis.
Brechard/computer-vision-tf2
Implementation of algorithms in TensorFlow 2 for object detection (YOLOv3) and recognition.
Brechard/Auctioneer
Program that simulates a modified second-price sealed-bid (Vickrey) auction scenario, both "pure" and level commitment version. The output of the program is: • Statistics of market price • Sellers profit • Buyers profit
Brechard/Face_Recognition
Face recognition using eigenfaces with nearest neighbor
Brechard/Robot-Simulator
Simulator programmed in Python with PyGame. With Evolutionary algorithm and localization with Kalman Filter.
Brechard/Brechard.github.io
Brechard/Mean_Shift_Segmentation
Mean-shift algorithm for segmentation from scratch using python
Brechard/Omega
Project where we have to create an AlphaBeta based algorithm to play the board game Omega
Brechard/predictor
Given a very small train dataset of a time series, create a network of any kind and use any desired technique to create the best possible prediction.
Brechard/TVA
Develop and implement a software agent called Tactical Voting Analyst (TVA) that analyzes for a given voting situation – defined by a set of true preference lists of n voters for � alternatives (preference matrix) and a given voting scheme – the risk of strategic voting taking place.
Brechard/dima
Brechard/dj-rest-auth
Authentication for Django Rest Framework
Brechard/drf-api-tracking
Fork of aschn/drf-tracking so that we can maintain and release newer versions
Brechard/gesture-driven-presentations
Brechard/Hanoi-Tower
Solve the Hanoi Tower problem (2 disks) using value iteration and policy iteration
Brechard/Hanoi-Tower-Q-Learning
Solve the hanoi tower problem with the Q Learning algortihm
Brechard/Maximum_DC
Design and analyze a divide-and-conquer style algorithm to determine whether there is a majority element in array a, i.e., an element e that occurs in array a at least n=2 many times. If a majority element exists in array a, the algorithm also returns the element.
Brechard/Neuronal-Network
Create a neural network for unsupervised learning with a hidden layer of 3 nodes
Brechard/PolimiThesis
Brechard/practica5.1
Brechard/practica5.2
Brechard/proyecto
Brechard/Proyecto-IRIN-1
Brechard/PSO
Implementation of the Particle Swarm Optimization with a Benchmark algorithm to test it
Brechard/Quiz
Brechard/react-native-elements
Cross-Platform React Native UI Toolkit
Brechard/ReactNativeHooksCourse
Code written while following the Udemy course: "The Complete React Native + Hooks Course [2020 Edition]" https://www.udemy.com/course/the-complete-react-native-and-redux-course/
Brechard/Reinforcement-Learning
Apply reinforcement learning to solve the mountain car problem
Brechard/Simple-CUT-TF
Unofficial simplified implementation of the Contrastive unpaired translation paper, using TensorFlow and Keras.
Brechard/simple-yolov3
Simplified repository with YOLOv3 coded in TF2.0