...
- Dustin: We need to have all systems setup now with dedicated computers and a local icon on that system, desktop to open the system on that machine to get monitoring up and running.
- Update the Control Room Layout with the other subsystem monitors: https://seaquest-docdb.fnal.gov/cgi-bin/sso/ShowDocument?docid=7437
Programs on Computers
This section is to discuss and share the overall configuration about computers and programs that we expect. The required spec of each program might depend on this configuration.
- Target computer @ control room
- BOS/EOS/Spill-ID (which detects the hardware BOS/EOS signals to issue the software BOS/EOS/Spill-ID info)
- Cryogenic control panel (https://github.com/uva-spin/e1039-target-controls/tree/master/Cryo-Control)
- Microwave frequency calibration (https://github.com/uva-spin/e1039-target-controls/tree/master/Motor%20controller)
- VIs/projects of all standalone devices
- To be listed...
- NMR computer @ cryo platform
- PDP (https://github.com/uva-spin/e1039-target-controls/tree/master/PDP) — Misha found that the measurement accuracy varies with the number of sweeps/event. It has to be confirmed, to determine how we configure the number and if we have to change it on spill vs off spill.
- Communication between the computers
- The NMR computer needs BOS/EOS/Spill-ID in real time. What are the limits of latency/jitter times???
- If the latency of the TCP/IP communication (<1 ms inside LAN?) meets the requirement, it can be used.
- If not, probably we have to move the "BOS/EOS/Spill-ID" function to the NMR computer.
- Other components or functions??