energy-harvesting
There are 2 repositories under energy-harvesting topic.
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teapotlaboratories / bwlr1e
Teapotlabs BWLR1E: Wireless Environmental Sensor with Energy Harvesting from Solar Energy
Language:C 27- Language:C 23
METAL-ShanghaiTech / ViPSN
ViPSN is a reconfigurable developing platform for vibration-powered IoT applications.
Language:C 18salvatoreraccardi / Energy-Harvesting-DevKit
OBJEX EHDK - Energy harvesting DevKit
Language:C 17- STONEHENGE
americocunhajr / STONEHENGE
STONEHENGE is an ensemble of easy-to-run codes for nonlinear dynamic analysis of vibration energy harvesting systems.
Language:MATLAB 14 - Language:C 12
tinstructor / EHM
An energy harvester with advanced monitoring capabilities.
Apurvasriram / UAV-assisted-Wireless-Powered-Communication-channel.
Contains derivations, code, plots and inferences derived after performing performance analysis of an UAV assisted Wireless Powered Communication channel.
Teapot BWLR3D: Asset Tracker and Environmental Sensor with Solar Energy Harvesting
Language:C++ 9- Language:C 9
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jnsbyr / arduino-lowpowertest230203
Low Power Optimization of the SAM D21 MCU using the Arduino Framework
Language:C 5- HarvesterOpt
HarvesterOpt is a code to maximize the energy recovered by a bistable energy harvester.
Language:MATLAB 4 - Language:C++ 3
trandinhhieu1989 / Secrecy-performance-of-a-generalized-partial-relay-selection-protocol-in-underlay-cognitive-networks
This is a Matlab code for the article: “Secrecy Performance of a Generalized Partial Relay Selection Protocol in Underlay Cognitive Networks”, International Journal of Communication Systems, vol. 31, no. 17, pp. 1-17, Nov. 2018.
Language:MATLAB 3christian0101 / Photovoltaics-Interactive-Tabletop
Photovoltaics Interactive Tabletop
Language:Jupyter Notebook 2danielecostarella / energy-harvesting-demoboard
Firmware of a smart Wireless Sensor Network node powered by ambient Energy Harvesting
Language:C 2hayekr / Single-Hop-EH-TDMA
This repository contains the Arduino programs for implementing an energy harvesting wireless sensor network (WSN) using the TDMA (Time Division Multiple Access) algorithm. These programs were developed as part of a research paper conducted at Ohio Northern University.
Language:C++ 2mnicstruwig / FlexibleFluxSimulator
A declarative energy harvester simulation and optimization framework.
Language:Python 2scivision / python-spice
Plot GNUCAP/NGSPICE sim data with Matlab/GNU Octave
Language:Python 2tbh111 / ML-RF-Harvesting
A simulation of RF-DC conversion performance in RF energy harvesting scene with machine learning methods.
Language:Python 2edward62740 / ot-CO2SN
Photoacoustic NDIR CO2 sensor with PV energy harvesting
Language:C 1rykovv / solar_harvester_bq25505
Solar harvesting board PCB EAGLE design based on TI BQ25505 PMIC with MPPT, MAX17040 fuel gauge and INA226 PV performance measurement.
afgambin / adaptive-edge-computing
A Sharing Framework for Energy and Computing Resources in Multi-Operator Mobile Networks
Language:MATLAB 0alidoostnia / Self-adaptive-pattern-matching
A Random Walk-Based Pattern-Matching Simulator for Verification of Incomplete Markov Models in Self-Adaptive Systems
Language:Java 0solar powered humidity and temperature senor with 433 MHz transmitter
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