guhaopython

guhaopython's Stars

• CaoWGG/TensorRT-CenterNet

  tensorrt5 , centernet , centerface, deform conv, int8

  Language:C++76731105158

• tensorfreitas/Siamese-Networks-for-One-Shot-Learning

  Implementation of Siamese Neural Networks for One-shot Image Recognition

  Language:Python6011520180

• pylayers/pylayers

  PyLayers is a Python platform for Site Specific Radio Propagation Simulation for Evaluating Indoor Localization algorithms using UWB radio signals including Human Indoor Mobility

  Language:Jupyter Notebook17728211112

• NVlabs/AutoDMP

  Language:C++125101122

• ludlows/CSI-Activity-Recognition

  Human Activity Recognition using Channel State Information

  Language:Python1004327

• bubbliiiing/Siamese-keras

  这是一个孪生神经网络（Siamese network）的库，可进行图片的相似性比较。

  Language:Python662222

• CaoWGG/multi-scale-training

  multi-scale training in pytorch

  Language:Python44101

• sahibdhanjal/DeepLocNet

  WiFi based Radio-Inertial Localization

  Language:Jupyter Notebook442015

• LStudioLoren/SatellitePosition

  学习PY，使用PY实现卫星单点定位、rtk相对定位算法

  Language:Python423113

• litanli/indoor-locationing

  Indoor locationing using Wi-Fi fingerprints, machine learning, and deep learning.

  Language:Jupyter Notebook322018

• wantnaM/IndoorLocationWiFi

  基于CSI的WiFi室内定位研究

  Language:MATLAB321213

• CaoWGG/CenterNet-darknet

  Darknet implementation of CenterNet

  Language:C29226

• FWen/JADE

  Joint Azimuth, Elevation, and Delay Estimation for 3D Indoor Localization

  Language:Matlab21302

• arthurgassner/thymio-radio-map

  Automated radio map construction using a Thymio II and a Software-Defined Radio (SDR)

  Language:Python18206

• ycchen218/EDA-Congestion-Prediction

  This is a deep-learning based model for Electronic Design Automation(EDA), predicting the congestion location.

  Language:Python18321

• jinxy17/RL-FPGA-Macro-Placement

  Solve FPGA macro placement using reinforcement learning

  Language:Python60

• Shaheerr/Location_Detection

  Data(CSI) is collected using Wi-Fi module intel 5300. Data is preprocessed, filtered and passed through denoising encoders. After fine tuning, The model predicts persons location in live phase.

  Language:Jupyter Notebook51

• guhaopython/CSI-Activity-Recognition

  Human Activity Recognition using Channel State Information

  Language:Python2000

• guhaopython/IndoorLocationWiFi

  基于CSI的WiFi室内定位研究

  Language:MATLAB2000

• guhaopython/Wifi-CSI-Human-activity-recognition-using-CNN

  Language:Python2000

• helenahu/Astro-CSI-ML

  Summer Research Project for Rice ASTRO team -- Massive MIMO group. Utilizes a Convolutional Neural Network to find the relationship between the Channel State Info (CSI) and the location data.

  Language:Jupyter Notebook2

• roudgarian/WiFi-Localization

  Prediction the location of a user, based on WAPs signals

  Language:Python21

• guhaopython/Deep-Learning-Indoor-Localization-Based-on-Wi-Fi-RSS-Dataset

  Deep Learning Indoor Localization Based on Wi-Fi RSS Dataset

  Language:Jupyter Notebook1000

• guhaopython/DeepLocNet

  WiFi based Radio-Inertial Localization

  Language:Jupyter Notebook1000

• guhaopython/RSSI-Dataset-for-Indoor-Localization-Fingerprinting

  RSSI dataset for Fingerprinting with Zigbee, BLE and WiFi

  1000

• guhaopython/WiFi-Localization

  Prediction the location of a user, based on WAPs signals

  Language:Python1000