Latest revision as of 06:07, 19 April 2025

For computer and communication networks
Ability to install operating systems and manage them for field wireless Remote Control to 20 miles. For example, to remote control a rover over this distance: , or doing the same with RTK GPS and Slow Solar
Integration of GPS servers in the field - mapping infrastructure
Data unloaders - using aerial drones to dump data on demand in the field to a central server such as on our campus
Intercampus communications
Installing databases, utilities
Connecting sensors and actuators (in the broad sense, from solenoids to speakers to light sources etc) to SBCs for IIoT applications.

Exercises

Set up a secure server on an open source single board computer (BeagleBone AI or such)
Set up a secure server and mirror the OSE wiki on your desktop computer
Set up a solar-powered SBC (single board computer) server in the field, for wireless communications with direct line of sight to 20 miles in an IIoT context.
Run a local printserver via your cell phone, using a room HDMI screen to view the display, and print to a cluster.

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 *For computer and communication networks
-*Ability to install operating systems and manage them for field wireless [[Remote Control]] to 20 miles. For example, to remote control a rover over this distance: [[File:rc.png|100px]], or doing the same with [[RTK GPS]] and [[Slow Solar]]
+*Ability to install operating systems and manage them for field wireless [[Remote Control]] to 20 miles. For example, to remote control a rover over this distance: [[File:rc.jpg|100px]], or doing the same with [[RTK GPS]] and [[Slow Solar]]
 *Integration of GPS servers in the field - mapping infrastructure
 *Data unloaders - using aerial drones to dump data on demand in the field to a central server such as on our campus