Server and Network Admin 101: Difference between revisions
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*For computer and communication networks | *For computer and communication networks | ||
*Ability to install operating systems and manage them for field wireless [[Remote Control]] to 20 miles | *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 | |||
*Intercampus communications | |||
*Installing databases, utilities | |||
*Connecting sensors and actuators (in the broad sense, from solenoids to speakers to light sources etc) to [[SBC]]s for IIoT applications. | |||
=Exercises= | =Exercises= | ||
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*Set up a secure server and mirror the OSE wiki on your desktop computer | *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. | *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. | |||
* | |||
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.