Linkdump: Difference between revisions
No edit summary |
(adds Tom Jenning's Flock) |
||
Line 14: | Line 14: | ||
https://archive.org/details/oreally-packet-radio | https://archive.org/details/oreally-packet-radio | ||
==== Flock Radio Messaging System ==== | |||
"Flock and Peep protocols for Arduino-style MCUs. | |||
Flock is a non-hierarchical, self-negotiating radio messaging protocol. Flock (and Peep) protocols are entirely timer-based. It is designed to carry message payloads, which consist of keyword::number pairs, with a heavy emphasis event signaling. | |||
The code is contained in a single (library) object that contains the Flock/Peep protocol logic, which in turn loads the NRF24L01+ driver module. This code requires an event-loop style coding scheme. All of the code is non-blocking. It's fairly lightweight, and runs fine on an Uno (Atmega328)." | |||
https://www.sensitiveresearch.com/Code/Flock/index.html |
Revision as of 10:50, 2 September 2023
A place to drop your super useful links when you are in a rush or can't find a suitable page/place them. Give them a brief description and title. Later, we'll find a home for them.
Simple Critical Infrastructure Maps
"Simple Critical Infrastructure Maps is a Creative Commons licenced mapping and analysis tool for evaluating personal and social resilience. It is intended to be used for planning, and is simple enough to learn during a crisis to facilitate cooperation and effective response."
http://resiliencemaps.org/files/Dealing_in_Security.July2010.en.pdf
Messing Around with Packet Radio
"Simple wiring of soundcard to Baofang radios. Direwolf. Minimodem."
https://archive.org/details/oreally-packet-radio
Flock Radio Messaging System
"Flock and Peep protocols for Arduino-style MCUs.
Flock is a non-hierarchical, self-negotiating radio messaging protocol. Flock (and Peep) protocols are entirely timer-based. It is designed to carry message payloads, which consist of keyword::number pairs, with a heavy emphasis event signaling.
The code is contained in a single (library) object that contains the Flock/Peep protocol logic, which in turn loads the NRF24L01+ driver module. This code requires an event-loop style coding scheme. All of the code is non-blocking. It's fairly lightweight, and runs fine on an Uno (Atmega328)."