Repository which consists different code snippets and projects for my personal lessons recorded at the University of San Francisco in during learning of the Machine Learning.
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Updated
May 1, 2019
Robot Framework is an open source, easy to learn, and easy to use, yet powerful, and extendable, generic automation framework for software testing and RPA (robotic process automation). While it's original purpose was to support acceptance testing and acceptance test driven development
(ATDD) of embedded software at Nokia Networks back in 2005, nowadays it is also widely used for automation of integration tests
and end-to-end tests
in desktop, web, and mobile development. You can use it to automate GUI based applications as well as REST, RPC, SOAP and other API, and protocol based testing. Due to it's text based nature and cli tools RF is a perfect match for agile and DevOps, and DevSecOps driven projects striving to succeed in continuous testing. It integrates very well with open source and commercial CI/CD solutions like Jenkins, CircleCI, GitHub Actions, and Azure Pipelines - just to name a few. It is also developer friendly and can easily be versioned with Git, and used with Docker and other container and virtualisation technologies to support building and maintaining of scalable (test) environments following the configuration as code
or infrastructure as code
approach. RF can be used in projects of any technology stack, and runs on any infrastructure (Windows, Mac, Linux, cloud) - it is stack and infrastructure agnostic.
Repository which consists different code snippets and projects for my personal lessons recorded at the University of San Francisco in during learning of the Machine Learning.
This is a work in progress of a nRF24L01 RF robot car with Arduino UNO. Refer the transmitter and receiver code in the main project. Any issues you can comment in the issues section. Arduino Uno is used as both transmitter and receiver.
Continous-Wave Multi-Modulation Radar Expermentation Platform
A dual-band bandpass filter based on only one Resonator (SIR) is designed and operates simultaneously at 1.8 GHz and 2.6 GHz
Convert waveforms exported by the Saleae Logic program into pulse files useable by fast-gpio
Generate RF distrotion using esp8266 chip and FS1000A module.
Arduino proximity based garage opener for my home garage door. Consists of a mobile "Beacon" and a "Receiver" station for controlling the garage door.
Example sketch for two way communication with RF module using RadioHead library
This will contain notes from research papers I have read.
Design of a 2.45GHz RFIC CMOS LNA
Created by Pekka Klärck
Released 06 2008
Latest release 4 months ago