Difference between revisions of "EPSCI SRO Meeting Jul. 12, 2021"
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* Presented the list of ERSAP related active projects. | * Presented the list of ERSAP related active projects. | ||
* Chris L. mentions that data-lake project source code is available, so we can start developing data-lake engine. | * Chris L. mentions that data-lake project source code is available, so we can start developing data-lake engine. | ||
| − | * Chris L. brought up to our attention the importance of having lab wide maven repository. This will encourage collaboration (package sharing) and will prevent unnecessary software installations. | + | * Chris L. brought up to our attention the importance of having lab-wide maven repository. This will encourage collaboration (package sharing) and will prevent unnecessary software installations. |
* David A. suggested to present ERSAP VTP receiver and aggregator engines as a CODA DC component. This component will play the role of the stream access point (or stream source) for the ERSAP real-time stream processing back-end. Possible back-end processor engines that can be used during the DESY beam test are: | * David A. suggested to present ERSAP VTP receiver and aggregator engines as a CODA DC component. This component will play the role of the stream access point (or stream source) for the ERSAP real-time stream processing back-end. Possible back-end processor engines that can be used during the DESY beam test are: | ||
** Software trigger | ** Software trigger | ||
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* EVIO 6 is expected to be streaming DAQ, as well as streaming data processing data format. | * EVIO 6 is expected to be streaming DAQ, as well as streaming data processing data format. | ||
* Discussed TriDAS group development and testing activities. | * Discussed TriDAS group development and testing activities. | ||
| − | * SAMPA DAS and DSP decoder | + | * SAMPA DAS and DSP mode decoder engines development is in progress (Carl T.). |
Latest revision as of 20:49, 12 July 2021
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Agenda:
- Previous Meeting
- Announcements
- ERSAP development
- TriDAS ERSAP integration
- ERSAP active projects and their stats
- INDRA VTP setup
- TriDAS group request
- INDRA SAMPA setup
- DSP and DAS mode decoder engines
- VTP Data Format
- AOT
Useful References
- SRO Meetings
- CLAS12 SRO page
- ERSAP Document
- Vardan's WMS draft
- Vardan's SRO sketch
- Graham's Paper describing SRO
- Dave Abbott's slides on data format
Minutes:
Attendees: David L., Carl T., Mike G., David A., Jie C., Chris L., Vardan G.
- ersap-java project alpha release is scheduled on 07.19.21
- ersap-cpp project development is started.
- First attempt to integrate JANA based (c++) engine within the ERSAP application. Facing a few issues due to the fact that ersap-cpp project is still in active development stage.
- Presented the list of ERSAP related active projects.
- Chris L. mentions that data-lake project source code is available, so we can start developing data-lake engine.
- Chris L. brought up to our attention the importance of having lab-wide maven repository. This will encourage collaboration (package sharing) and will prevent unnecessary software installations.
- David A. suggested to present ERSAP VTP receiver and aggregator engines as a CODA DC component. This component will play the role of the stream access point (or stream source) for the ERSAP real-time stream processing back-end. Possible back-end processor engines that can be used during the DESY beam test are:
- Software trigger
- Histogram
- We will start developing the suggested ERSAP data-pipeline services, as well as CODA DC component to be ready for upcoming beam tests.
- EVIO 6 is expected to be streaming DAQ, as well as streaming data processing data format.
- Discussed TriDAS group development and testing activities.
- SAMPA DAS and DSP mode decoder engines development is in progress (Carl T.).