1. Main research topics (repeat for every major topic)
| Title | Data Acquisition System for Gamma camera Diagnostic Enhancement |
| Short description (max. 200 words) | Data validation during the C29/C30 JET campaigns |
| Specific targets | JET Gamma Camera Diagnostic (CsI(Tl) detectors |
| Milestones | Closing the DNGG project with the presentation of acquired data during the C29/C30 JET campaigns, with the developed system, on the Data Validation and Coordination Meeting |
| Timeline | Project closure 15/3/2012 |
| Title | Development of a very high data acquisition AMC module based on the IPFN Data acquisition platform |
| Short description (max. 200 words) | Development of a 2(1) channels AMC board of 1.6 (3.2) GHz with 12 (or 10)- bit of resolution featuring a Virtex-6 FPGA for high performance processing and 2 GB of DDR3 memory. |
| Specific targets | 1 - Control and Data Acquisition Subsystem for the Thomson Scattering diagnostic of the ITER tokamak; 2 - A collaboration to develop a data acquisition system dedicated to monitoring of secondary emission, with the aim of developing real-time tomography for the “European SPALATION source in Bilbao” (ESS-Bilbao) |
| Milestones | AMC module: 1 - Design of its schematics; 2 - PCB, manufacturing; 3 - Design the firmware structure; |
| Timeline | Throughout 2012 |
3. Expected output
|
| Objectives | Performance indicators |
| Papers, contributions to conferences, patents, reports, etc | Participation in the 18th Real-Time Conference, June 11-15, Berkeley, CA. Submission of one manuscript to the conference proceedings | Paper acceptance for publishing in the TNS journal. |
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