Workpackages: Difference between revisions
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* Evaluation of rates (average/worst case) of the digital backend of the sensor | * Evaluation of rates (average/worst case) of the digital backend of the sensor | ||
* Beam tests of sensors | * Beam tests of sensors | ||
* [[Ideas for project to pursue]] | * [[WP1 Ideas for project to pursue]] | ||
* [[Cluster convolution for GATE]] | |||
== [[WP2]]: Chip submission and sensor characterization == | == [[WP2]]: Chip submission and sensor characterization == |
Latest revision as of 13:39, 25 February 2019
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WP1: Physics simulation, verification and design optimization
- Beam scenarios – beam spot, intensity
- Detector specifications: Optimization of geometry and segmentation
- Radiation environment - location
- Evaluation of rates (average/worst case) of the digital backend of the sensor
- Beam tests of sensors
- WP1 Ideas for project to pursue
- Cluster convolution for GATE
WP2: Chip submission and sensor characterization
- Improved sensor and data encoding design
- Chip submission
- Testing of prototypes
WP3: Data readout
- Optimisation of the readout electronics architecture
- SystemC simulation of rates (average/worst case) of the readout chain
- Development and testing of readout electronics
- Setting up a full readout chain
- Development of firmware and software
WP4: Online systems
- Hardware infrastructure
- Software infrastructure
- DAQ software
- DCS + Trigger
- Data quality monitoring
WP5: Assembly and System integration
- Assembly of chips into HICs/staves
- Assembly of staves into layers
- Integration of layers into a compact detector
- Mechanical and electrical integration, cooling
- Electronics and DAQ integration
WP6: Commissioning
- Commissioning of the PRM in beams
- Performance evaluation in a pre-clinical environment, i.e. with phantoms
WP7: Reconstruction software
- Calorimeter response
- Calorimeter track reconstruction
- Reconstruction of 3D trajectory – track vector matching
- 3D stopping power map