lk815160423

lk815160423's Stars

• ShusenTang/Dive-into-DL-PyTorch

  本项目将《动手学深度学习》(Dive into Deep Learning)原书中的MXNet实现改为PyTorch实现。

  Language:Jupyter Notebook18.5k3871515.4k

• Mikoto10032/DeepLearning

  深度学习入门教程, 优秀文章, Deep Learning Tutorial

  Language:Jupyter Notebook14.9k304143.6k

• phodal/awesome-iot

  Awesome IoT. A collaborative list of great resources about IoT Framework, Library, OS, Platform

  Language:Python4.4k28615800

• taspinar/GPSMachineLearning

  Language:Jupyter Notebook13610259

• ncic-sugon/OODA-FLOW

  Language:Python8817076

• shiluqiang/PSO_python

  PSO algorithm for multi-parameters optimizaiton

  Language:Python664130

• emlyons2014/gps-sim

  Simulate GPS with HackRF

  Language:C464011

• shiluqiang/RBF_NN_Python

  Python code of RBF neural network classification model

  Language:Python432327

• nkyang/BDS_Sim

  BeiDou Signal Simulator

  Language:MATLAB404115

• ali-yaz/Privacy_Protected_Federated_Learning_on_Blockchain

  Federated learning convolution neural network (FL-CNN) to detect mode of transport from Itinerum GPS trajectories.

  Language:Python35319

• joelparkerhenderson/ooda-loop

  OODA loop: notes on John Boyd, strategy, tactics, planning, and paradigms

  33403

• hehhdj273789/-

  应用嵌入式技术与无线网络通信技术相结合，设计了客户机（client）/服务器(server)架构下的物联网数据监测数据中心系统。该系统分为三部分：客户端与服务器，后台管理系统；客户端，即终端通过光照强度、温度传感器、湿度传感器、二氧化物传感器对环境数据进行定时采集，并使用移动无线通信技术将数据上传到服务器，同时为了便于直观的感受区域点的实时环境状信息，应用java技术对环境数据进行封装并上传至服务器，服务器接收相关数据并分批存储到oracle数据库。 该系统可以在大区域内实现长时间的、动态的、区域化的多点检测；同时该系统也可以作为大数据时代下的重要数据来源，通过对相关气象数据进行建模统计，以掌握相关指标的发展趋势，对环境信息发布及预测具有重要的指导意义

  165

• exmgr/WeatherChainXM

  IoT hardware sensor node that stores sensor data to IPFS and automates execution of parametric weather insurance contracts on-chain via distributed chainlink oracles.

  9303

• MeetGandhi/Reconstruction-of-Trajectory-recorded-with-Missing-Markers

  This repository deals with analyzing various Neural Network approaches and finding the one with the most accurate reconstruction of motion captured trajectories recorded with missing markers in softwares like Vicon Nexus

  Language:Python8504

• RedhawkSDR/psk_soft

  Takes complex baseband pre-da data and does a psk demodulation of either BPSK, QPSK, or 8-PSK and outputs symbols and bits

  Language:C++7615

• ajisjamsu/GPS_sim

  Final project for Digital Receiver Synchronization Techniques: GPS receiver simulation

  Language:MATLAB51

• saha20/Distributed_IOT_Platform

  Distributed IOT platform , where you can register sensors and run your application.

  Language:Python5402

• ashvayka/sensornet

  Distributed sensor network based on Raspberry Pis

  Language:Python4202

• BourneXu/AntiGPS

  Anti-GPS-Spoofing system

  Language:Python4304

• charlesld/usb_sensor

  利用传感器测量甲醛，TVOC，PM2.5，温度，湿度

  Language:JavaScript4100

• KansasCityArtInstitute/Software

  Applications

  31

• shlllshlll/GPSLoc_Doc

  GPS轨迹重现项目文档

  3202

• Suzan911/fuzzyClusterSensor

  A Fuzzy-based Distributed Re-Clustering Solution for Wireless Sensor Networks

  Language:Python32

• ThomasLaverghetta/GPS-Spoofer-SImulator

  Using ROS, a GPS Spoofing Simulator can be created.

  Language:C++3

• jicampos/GPS-Spoofing

  Senior Design Project: Developing a defense mechanism against GPS Spoofing Attacks

  Language:Jupyter Notebook20

• lost-person/text-dataming

  文本数据挖掘大作业

  Language:Python21

• Stefn93/BolognaNN

  Bologna GPS location recognition from Google Street View images using Convolutional Neural Networks and Data Augmentation

  2400

• yangxinjian/Environment

  webpack bundle

  Language:JavaScript2

• ryanluuwas/ML-SD-Project

  Neural Network and Multinomial Logistic Regression in predicting the type of service requests likely to occur given the specified parameters (i.e. GPS coordinates, Council District, Season, etc.) onto San Diego’s Get it Done! dataset.

  Language:Jupyter Notebook1200

• YourZhou/refined_oil_location

  "车辆GPS轨迹定位"

  Language:Python11