pCT - User contributions [en]

Workshops

2018-03-19T14:49:36Z

Ime052: /* 2018 */

== 2016 ==
=== 22.11.-23.11. in Bergen ===

Agenda 

Tuesday, 22.11.: Presentations 

09.00 Bergen pCT – Dieter 

09.30 Padua pCT – Piero 

10.00 [[:File:workshop 2016-11 beam test results.pdf | Beam test results with FOCAL prototype - Helge]] 

11.15 [[:File:workshop 2016-11 MC simulations Helge.pdf | Simulations – Ilker (+ Helge + Jarle)]]
 

12:00 Software infrastructure – Boris 

13.30 [[Media:2016-11-22_Pettersen_PCT_reconstruction.pdf | Proton CT reconstruction, Helge E. S. Pettersen]] 

Hardware 

14.00 Radiation levels - Jarle 

14.45 Hardware: sensors, mechanical & electrical integration 

15.15 Readout concept - Haakon 

Wednesday, 23.11.: Hands-on 

09.00 pCT simulation & pCT reconstruction software 

Minutes: [[:File:pCT_planning_Nov_2016.pdf]]

* ASK slides direct here or link to new page
* [[Media:Imeric_simulation_pCT_workshop_22_11_2016.pdf | Monte Carlo code overview and comparison, Ilker Meric]]

== 2017 ==
=== 15.09. in Bergen ===

Agenda 

Friday, 15.09.: Presentations 

09.00 – 09.20 WP5 – Chip integration onto PCBs (D. Röhrich)

09.20 – 10.10 WP1 – [[:File:2017-09-15 workshop Helge Pettersen.pdf | Monte Carlo simulations for the optimization of detector geometry (H. E. S. Pettersen)]]

10.10 – 10.35 WP1 – [[:File:RadiationEnvironment_Electronics.pdf | Monte Carlo simulations of the expected radiation environment, Jarle Rambo Sølie (Slide 17 and 18 contains new '''flux''' calculations for the FPGAs)]]

10.30 – 10.40 Break

10.40 – 11.00 WP3 – [[:File:pCT Workshop Presentation - 15 sept 2017.pdf | Initial considerations for the pCT readout (O. Grøttvik) ]]

11.00 – 11.45 WP7 – [[:File:2017-09-15_pctbergen_mlp.pdf | Most likely path (MLP) estimation (M. Richter)]]

11.45 – 12.00 WP5 – Potential cooling schemes (H. Shafiee)

12.00 – 12.30 Lunch break

12.30 – 14.00 WP meetings (Each WP plans activities for the rest of the year)

14.00 – 16.00 Group discussion (meeting back in the bachelor room)

* [[:File:WP5, Potential cooling & Heat transfer.pdf | WP5 - Potential cooling schemes & heat transfer, Hesam Shafiee]]

=== 06.11 - 07.11 in Bergen / Meeting with UU ===

Monday, 06.11., room 456, IFT:

09:30 – 10:15 [[:File:Chania_2017_pCT.pdf | General Overview (Dieter)]]

10:15 – 11:15 [[:File:Detector layout specifications.pdf | Detector layout specification (Helge)]]

11:30 – 12:00 [[:File:RadiationEnvironment_06-11.pdf | Radiation environment (Jarle)]]

13:00 – 16:00 Mounting of chips on PCBs
* [[:File:IB_FPC_DiMauro-R260417.pdf | ITS wire bonding technique ]]
* [[:File:pCT meeting -LTU-NIKHEF 2017 11 06-7-F.pdf | Alternative technique - tab bonding, chipcable (Ton, Slava, Ihor)]]

Tuesday, 07.11., room 456, IFT:

09:00 – 12:00 Discussions on mechanical aspects of the pCT prototype
* [[:File:Potential cooling schemes, pCT workshop 2.pdf | Potential Cooling Schemes for the pCT prototype (Hesam)]]

13:00 – 14:00 [[:File:pCT Presentation - 7 nov 2017.pdf | Interface to readout electronic (Ola)]]

14:00 – 16:00 Towards a FoCal prototype

07.03 Wednesday (Teaching lab 260, Department of Physics and Technology, University of Bergen)

== 2018 ==
=== 07 - 08.03 in Bergen ===

'''07.03 Wednesday (Teaching lab 260, Department of Physics and Technology, University of Bergen)'''

09.30 – 09.45 Welcome (Dieter R.)

09.45 – 10.15 Sensor characterization; beam test results of sensor chips (Andreas S. , data from Australia / Susmita A., Viljar E., data from Oslo, WP2)

10.15 – 10.45 [[:File:workshop-helge-pettersen-2018-03-07.pdf | Latest on the detector simulations / Detector design specs. (Helge)]]

10.45 – 11.00 Coffee break

11.00 – 11.30 [[:File:07MarchMLP.pdf | Initial MLP implementations / considerations (Jarle)]]

11.30 – 12.00 Updates on computing environment / DAQ system (WP4)

12.00 – 13.00 Lunch

13.00 – 14.00 [[:File:Workshop-Hesam-Shafiee-2018-03-07.pdf | Updates on the mechanical design: support structure + cooling (Hesam)]]

14.00 – 15.00 Updates on the development of read-out electronics (WP3)

15.00 – 16.00 Outlook and discussions

'''08.03 Thursday (Bachelorrommet, 3rd floor, Department of Physics and Technology, University of Bergen)'''

09.30 – 10.30 Short presentations of the ongoing MSc projects with relevance to the pCT-project

10.30 – 11.30 [[:File:pCT meeting -LTU-NIKHEF 2018 03 07-08-7-F-2.pdf | Activities of Kharkiv team for pCT/FoCal projects: current status (Ihor T.)]]

11.30 – 12.00 Introduction to topological data analysis (Nello B.)

12.00 – 12.30 Discussions on applications of topological data analysis to pCT

12.30 – 16.00 Rest of the day is reserved for WP-meetings. Those WPs with interdependencies should have meetings with each other to clarify challenges and plan activities.

File:PCT meeting -LTU-NIKHEF 2018 03 07-08-7-F-2.pdf

2018-03-19T14:49:07Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

Workshops

2018-03-08T18:38:23Z

Ime052: /* 07 - 08.03 in Bergen */

== 2016 ==
=== 22.11.-23.11. in Bergen ===

Agenda 

Tuesday, 22.11.: Presentations 

09.00 Bergen pCT – Dieter 

09.30 Padua pCT – Piero 

10.00 [[:File:workshop 2016-11 beam test results.pdf | Beam test results with FOCAL prototype - Helge]] 

11.15 [[:File:workshop 2016-11 MC simulations Helge.pdf | Simulations – Ilker (+ Helge + Jarle)]]
 

12:00 Software infrastructure – Boris 

13.30 [[Media:2016-11-22_Pettersen_PCT_reconstruction.pdf | Proton CT reconstruction, Helge E. S. Pettersen]] 

Hardware 

14.00 Radiation levels - Jarle 

14.45 Hardware: sensors, mechanical & electrical integration 

15.15 Readout concept - Haakon 

Wednesday, 23.11.: Hands-on 

09.00 pCT simulation & pCT reconstruction software 

Minutes: [[:File:pCT_planning_Nov_2016.pdf]]

* ASK slides direct here or link to new page
* [[Media:Imeric_simulation_pCT_workshop_22_11_2016.pdf | Monte Carlo code overview and comparison, Ilker Meric]]

== 2017 ==
=== 15.09. in Bergen ===

Agenda 

Friday, 15.09.: Presentations 

09.00 – 09.20 WP5 – Chip integration onto PCBs (D. Röhrich)

09.20 – 10.10 WP1 – [[:File:2017-09-15 workshop Helge Pettersen.pdf | Monte Carlo simulations for the optimization of detector geometry (H. E. S. Pettersen)]]

10.10 – 10.35 WP1 – [[:File:RadiationEnvironment_Electronics.pdf | Monte Carlo simulations of the expected radiation environment, Jarle Rambo Sølie (Slide 17 and 18 contains new '''flux''' calculations for the FPGAs)]]

10.30 – 10.40 Break

10.40 – 11.00 WP3 – [[:File:pCT Workshop Presentation - 15 sept 2017.pdf | Initial considerations for the pCT readout (O. Grøttvik) ]]

11.00 – 11.45 WP7 – [[:File:2017-09-15_pctbergen_mlp.pdf | Most likely path (MLP) estimation (M. Richter)]]

11.45 – 12.00 WP5 – Potential cooling schemes (H. Shafiee)

12.00 – 12.30 Lunch break

12.30 – 14.00 WP meetings (Each WP plans activities for the rest of the year)

14.00 – 16.00 Group discussion (meeting back in the bachelor room)

* [[:File:WP5, Potential cooling & Heat transfer.pdf | WP5 - Potential cooling schemes & heat transfer, Hesam Shafiee]]

=== 06.11 - 07.11 in Bergen / Meeting with UU ===

Monday, 06.11., room 456, IFT:

09:30 – 10:15 [[:File:Chania_2017_pCT.pdf | General Overview (Dieter)]]

10:15 – 11:15 [[:File:Detector layout specifications.pdf | Detector layout specification (Helge)]]

11:30 – 12:00 [[:File:RadiationEnvironment_06-11.pdf | Radiation environment (Jarle)]]

13:00 – 16:00 Mounting of chips on PCBs
* [[:File:IB_FPC_DiMauro-R260417.pdf | ITS wire bonding technique ]]
* [[:File:pCT meeting -LTU-NIKHEF 2017 11 06-7-F.pdf | Alternative technique - tab bonding, chipcable (Ton, Slava, Ihor)]]

Tuesday, 07.11., room 456, IFT:

09:00 – 12:00 Discussions on mechanical aspects of the pCT prototype
* [[:File:Potential cooling schemes, pCT workshop 2.pdf | Potential Cooling Schemes for the pCT prototype (Hesam)]]

13:00 – 14:00 [[:File:pCT Presentation - 7 nov 2017.pdf | Interface to readout electronic (Ola)]]

14:00 – 16:00 Towards a FoCal prototype

07.03 Wednesday (Teaching lab 260, Department of Physics and Technology, University of Bergen)

== 2018 ==
=== 07 - 08.03 in Bergen ===

'''07.03 Wednesday (Teaching lab 260, Department of Physics and Technology, University of Bergen)'''

09.30 – 09.45 Welcome (Dieter R.)

09.45 – 10.15 Sensor characterization; beam test results of sensor chips (Andreas S. , data from Australia / Susmita A., Viljar E., data from Oslo, WP2)

10.15 – 10.45 [[:File:workshop-helge-pettersen-2018-03-07.pdf | Latest on the detector simulations / Detector design specs. (Helge)]]

10.45 – 11.00 Coffee break

11.00 – 11.30 [[:File:07MarchMLP.pdf | Initial MLP implementations / considerations (Jarle)]]

11.30 – 12.00 Updates on computing environment / DAQ system (WP4)

12.00 – 13.00 Lunch

13.00 – 14.00 [[:File:Workshop-Hesam-Shafiee-2018-03-07.pdf]]== 2018 == Updates on the mechanical design (support structure + cooling) (WP5)

14.00 – 15.00 Updates on the development of read-out electronics (WP3)

15.00 – 16.00 Outlook and discussions

'''08.03 Thursday (Bachelorrommet, 3rd floor, Department of Physics and Technology, University of Bergen)'''

09.30 – 10.30 Short presentations of the ongoing MSc projects with relevance to the pCT-project

10.30 – 11.30 Activities of Kharkiv team for pCT/FoCal projects: current status (Ihor T.)

11.30 – 12.00 Introduction to topological data analysis (Nello B.)

12.00 – 12.30 Discussions on applications of topological data analysis to pCT

12.30 – 16.00 Rest of the day is reserved for WP-meetings. Those WPs with interdependencies should have meetings with each other to clarify challenges and plan activities.

WP1 Ideas for project to pursue

2017-11-22T21:17:12Z

Ime052: /* Local-to-Global Monte Carlo simulations for quick MLP */

Below is a list of ideas regarding DTC data analysis, design etc. that might be worthwhile to pursue.

== Time-dependence of charge diffusion process ==
We see in the ALPIDE chips that the quick integration time of ~10 µs reveals a time dependence on the charge diffusion process -- i.e. that too small clusters, medium clusters and then large clusters with holes are visible. It would be interesting to see if it's possible to use the data already acquired to model the time dependency in this process.

== Re-implementation of Maczewski model to analytically describe charge diffusion process ==
The model as it stands today looks like below, which does not accurately describe the data.

[[File:cs-vs-edep.JPG|400px]]

Two shortcomings of the Maczewski model (see [http://arxiv.org/abs/1005.3710 his thesis] and [https://brage.bibsys.no/xmlui/handle/11250/2434108 Even's MSc thesis]) are that
# Only one term in the expansion is used (the model was used as in Maczewski's thesis)
# The Most Probable Value of the Landau distribution of Energy Deposition values in the epitaxial value was considered. This is a more serious approximation, and a new implementation should be made based on Even's code that rather samples from a Landau distribution.

== PID for DTC ==
Intuitively, it should be possible to perform a PID (Particle ID) together with the track reconstruction in the DTC. Different particles (w/different charge) should have a different edep distribution in the epitaxial layer, giving rise to depth-dependent cluster size distributions (depth dose) of different values. The height of the plataeu region of the Bragg Curve is then the PID indicator: H, He, C, ...
This would e.g. be of help during alpha beam tests, where secondary protons from the phantom easily could be removed.
* Helge wants to further explore this idea and if good make a conference paper on this + the charge diffusion model modeled on the data we already have -- and/or on ALPIDE.
* Bias voltage dependency..?

== Local-to-Global Monte Carlo simulations for quick MLP ==
Local-to-Global MC is a method that was introduced in the early 90's for electron transport simulations for electron radiotherapy treatment planning systems. The idea was to gain speed in MC calculations of the dose distribution. The method is based on simulations of electron transport in local geometries, so-called "kugels", i.e. "spheres", of varying material compositions, dimensions and obviously, electron energies. In its simplest form, ignoring secondary particle production, electrons are initiated at the center of a given "kugel". The electron exit angles, positions and energies, i.e. the exiting electron's "phase space", are then tallied. The procedure is repeated for different materials, "kugel" sizes and electron energies. The resulting distributions are stored in memory generating the so-called probability distribution functions. Then, in the global geometry, the electron simulations are accelerated through the use of these "kugels" and the corresponding probability distributions from which random samples are drawn. The method has previously been successfully applied to electron radiotherapy. More on the results and the method itself can be found here https://digital.library.unt.edu/ark:/67531/metadc682086/m2/1/high_res_d/39026.pdf. The Local-to-Global MC methods have, however, been abandoned due to the affordability of powerful CPUs and GPUs.

An important point is, however, that the method could, in principle, be applied to the Most-Likely Path (MLP) estimation in proton CT. "Kugels" of varying materials and sizes can be simulated with varying proton energies to generate probability distributions. These local geometries can then be used to track protons through the patient geometry. An obvious advantage of the method over the more conventional methods would be the possibility of taking into account heterogeneous patient geometries. It will be a tedious step to generate the required probability distributions. However, it would be of utmost interest to implement this idea and compare it to conventional techniques used for the MLP estimations such as those based on log-likelihood maximization.

WP1 Ideas for project to pursue

2017-11-22T21:14:53Z

Ime052: /* Local-to-global Monte Carlo simulations for quick MLP */

Below is a list of ideas regarding DTC data analysis, design etc. that might be worthwhile to pursue.

== Time-dependence of charge diffusion process ==
We see in the ALPIDE chips that the quick integration time of ~10 µs reveals a time dependence on the charge diffusion process -- i.e. that too small clusters, medium clusters and then large clusters with holes are visible. It would be interesting to see if it's possible to use the data already acquired to model the time dependency in this process.

== Re-implementation of Maczewski model to analytically describe charge diffusion process ==
The model as it stands today looks like below, which does not accurately describe the data.

[[File:cs-vs-edep.JPG|400px]]

Two shortcomings of the Maczewski model (see [http://arxiv.org/abs/1005.3710 his thesis] and [https://brage.bibsys.no/xmlui/handle/11250/2434108 Even's MSc thesis]) are that
# Only one term in the expansion is used (the model was used as in Maczewski's thesis)
# The Most Probable Value of the Landau distribution of Energy Deposition values in the epitaxial value was considered. This is a more serious approximation, and a new implementation should be made based on Even's code that rather samples from a Landau distribution.

== PID for DTC ==
Intuitively, it should be possible to perform a PID (Particle ID) together with the track reconstruction in the DTC. Different particles (w/different charge) should have a different edep distribution in the epitaxial layer, giving rise to depth-dependent cluster size distributions (depth dose) of different values. The height of the plataeu region of the Bragg Curve is then the PID indicator: H, He, C, ...
This would e.g. be of help during alpha beam tests, where secondary protons from the phantom easily could be removed.
* Helge wants to further explore this idea and if good make a conference paper on this + the charge diffusion model modeled on the data we already have -- and/or on ALPIDE.
* Bias voltage dependency..?

== Local-to-Global Monte Carlo simulations for quick MLP ==
Local-to-Global MC is a method that was introduced in the early 90's for electron transport simulations for electron radiotherapy treatment planning systems. The idea was to gain speed in MC calculations of the dose distribution. The method is based on simulations of electron transport in local geometries, so-called "kugels", i.e. "spheres", of varying material compositions, dimensions and obviously, electron energies. In its simplest form, ignoring secondary particle production, electrons are initiated at the center of a given "kugel". The electron exit angles, positions and energies, i.e. the exiting electron's "phase space", are then tallied. The procedure is repeated for different materials, "kugel" sizes and electron energies. The resulting distributions are stored in memory generating the so-called probability distribution functions. Then, in the global geometry, the electron simulations are accelerated through the use of these "kugels" and the corresponding probability distributions from which random samples are drawn. The method has previously been successfully applied to electron radiotherapy. More on the results and the method itself can be found here https://digital.library.unt.edu/ark:/67531/metadc682086/m2/1/high_res_d/39026.pdf. The Local-to-Global MC methods have, however, been abandoned due to the affordability of powerful CPUs and GPUs.

An important point is, however, that the method could, in principle, be applied to the Most-Likely Path (MLP) estimation in proton CT. "Kugels" of varying materials and sizes can be simulated with varying proton energies to generate probability distributions. These local geometries can then be used to track protons through the patient geometry. It will be a tedious step to generate the required probability distributions. However, it would be of utmost interest to implement this idea and compare it to conventional techniques used for the MLP estimations such as those based on log-likelihood maximization.

Workshops

2017-11-09T09:29:55Z

Ime052: /* 06.11 - 07.11 in Bergen / Meeting with UU */

Workshops

2017-11-09T09:29:24Z

Ime052: /* 06.11 - 07.11 in Bergen / Meeting with UU */

File:PCT meeting -LTU-NIKHEF 2017 11 06-7-F.pdf

2017-11-09T09:28:46Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

File:IB FPC DiMauro-R260417.pdf

2017-11-09T09:27:49Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

Workshops

2017-11-09T09:26:36Z

Ime052: /* 06.11 - 07.11 in Bergen / Meeting with UU */

File:PCT Presentation - 7 nov 2017.pdf

2017-11-09T09:26:22Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

Workshops

2017-11-09T09:25:52Z

Ime052: /* 06.11 - 07.11 in Bergen / Meeting with UU */

Workshops

2017-11-09T09:25:35Z

Ime052: /* 06.11 - 07.11 in Bergen / Meeting with UU */

File:Potential cooling schemes, pCT workshop 2.pdf

2017-11-09T09:25:04Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

Workshops

2017-11-09T09:23:09Z

Ime052: /* 06.11 - 07.11 in Bergen / Meeting with UU */

File:Chania 2017 pCT.pdf

2017-11-09T09:22:32Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

Workshops

2017-11-09T09:21:36Z

Ime052: /* 06.11 - 07.11 in Bergen */

Meetings

2017-10-13T12:31:55Z

Ime052: /* 21/09/2017 */

== Common meetings ==
Time, place, Vidyo link

for each: date, notes and slides

=== 2016-12-22 ===
Agenda:
* Status update from the WPs

* [[Media:Mrichter_wp7-status.pdf | WP7 slides]]

* [[Media:pCT_meeting_22_12_2016_Ilker_Meric.pdf | WP1 slides]]

=== 2017-01-12 ===
Agenda:
* Gitlab tutorial and best-practice discussion
* slides: [[Media:2017-01-12_Gitlab-bestpractice.pdf | Gitlab best-practice]]

=== 2017-01-26 ===
Agenda:
* status reports
* [[Media:JRSølie_WP1_Optimization.pdf | WP1 slides]]
* [[Media:status-20170126.pdf | WP4 slides]]
* [[Media:IMeric_WP5_ALPIDE_staves.pdf | WP5 slides]]

* AOB
** Announcement: RTK course in Lyon on April 10 2017 http://training.kitware.fr/browse/152

=== 2017-03-09 ===
Agenda:

* status reports
* [[Media:WP1_09-mar-2017.pdf | WP1 slides_1]]
* [[Media:WP1_09_03_2017.pdf | WP1 slides_2]]

=== 2017-03-30 ===
Agenda:
* [[Media: Update on design optimization.pdf | Status update on DTC design optimization with some results]]
* [[Media: Oppsummering av CTDWIT2017.pdf | Summary of workshop ''Connecting the Dots and Intelligent Trackers'']]
* [[Media: GroupMeeting30-Mar-2017(ITCCIR).pdf | Impressions of an external course (International Training Course on Carbon-ion Radiotherapy)]]

=== 2017-05-18 ===
Agenda:
* [[Media: SummaryRTKcourse.pdf | Summary of RTK course ]]
* Status Report Jarle

=== 2017-06-01 ===
Agenda:
* [[Media: PTCOG summary.pdf | Summary of PTCOG56 meeting]]

=== 2017-10-12 ===
Agenda:

* [[:File:presentation.pdf | SystemC Simulations by Simon V. Nesbø]]

== Workpackage meetings ==

=== Workpackage 1 (Physics simulations, verification and design optimization) meetings ===

==== 03/03/2017 ====
Agenda:
* status reports
* [[Media: Optimizing_the_DTC.pdf | Slides from the meeting]]

* Announcement: IRRMA X -- 10th International Topical Meeting on Industrial Radiation and Radioisotope Measurement Applications http://conferences.illinois.edu/irrma2017/

==== 17/03/2017 ====
Agenda:
* status reports
* [[Media: WP1_17_03_2017.pdf | Slides from the meeting]]

* Announcement: Easy-to-use task manager: https://trello.com/

==== 21/09/2017 ====
Agenda:
* Presentation by V. Giacometti on pCT reconstruction software
* [[Media: BergenPresentationGiacomettiValentina20170921.pdf | Slides from the meeting]]

Meetings

2017-10-13T12:31:38Z

Ime052: /* Common meetings */

File:Presentation.pdf

2017-10-13T12:30:18Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

Workshops

2017-09-22T12:26:20Z

Ime052: /* 2017 */

== 2016 ==
=== 22.11.-23.11. in Bergen ===

Agenda 

Tuesday, 22.11.: Presentations 

09.00 Bergen pCT – Dieter 

09.30 Padua pCT – Piero 

10.00 Beam test results with FOCAL prototype - Helge 

11.15 Simulations – Ilker (+ Helge + Jarle) 

12:00 Software infrastructure – Boris 

13.30 pCT reconstruction – Helge 

Hardware 

14.00 Radiation levels - Jarle 

14.45 Hardware: sensors, mechanical & electrical integration 

15.15 Readout concept - Haakon 

Wednesday, 23.11.: Hands-on 

09.00 pCT simulation & pCT reconstruction software 

Minutes: [[:File:pCT_planning_Nov_2016.pdf]]

* ASK slides direct here or link to new page
* [[Media:Imeric_simulation_pCT_workshop_22_11_2016.pdf | Monte Carlo code overview and comparison, Ilker Meric]]
* [[Media:2016-11-22_Pettersen_PCT_reconstruction.pdf | Proton CT reconstruction, Helge E. S. Pettersen]]

== 2017 ==
=== 15.09. in Bergen ===

Agenda 

Friday, 15.09.: Presentations 

09.00 – 09.20 WP5 – Chip integration onto PCBs (D. Röhrich)

09.20 – 10.10 WP1 – Monte Carlo simulations for the optimization of detector geometry (H. E. S. Pettersen)

10.10 – 10.35 WP1 – Monte Carlo simulations of the expected radiation environment (J. R. Sølie)

10.30 – 10.40 Break

10.40 – 11.00 WP3 – Initial considerations for the pCT readout (O. Grøttvik)

11.00 – 11.45 WP7 – Most likely path (MLP) estimation (M. Richter)

11.45 – 12.00 WP5 – Potential cooling schemes (H. Shafiee)

12.00 – 12.30 Lunch break

12.30 – 14.00 WP meetings (Each WP plans activities for the rest of the year)

14.00 – 16.00 Group discussion (meeting back in the bachelor room)

* [[Media:Wp5, Potential cooling & Heat transfer.pdf | WP5 - Potential cooling schemes & heat transfer, Hesam Shafiee]]

Meetings

2017-09-22T12:17:59Z

Ime052: /* Workpackage meetings */

== Common meetings ==
Time, place, Vidyo link

for each: date, notes and slides

=== 2016-12-22 ===
Agenda:
* Status update from the WPs

* [[Media:Mrichter_wp7-status.pdf | WP7 slides]]

* [[Media:pCT_meeting_22_12_2016_Ilker_Meric.pdf | WP1 slides]]

=== 2017-01-12 ===
Agenda:
* Gitlab tutorial and best-practice discussion
* slides: [[Media:2017-01-12_Gitlab-bestpractice.pdf | Gitlab best-practice]]

=== 2017-01-26 ===
Agenda:
* status reports
* [[Media:JRSølie_WP1_Optimization.pdf | WP1 slides]]
* [[Media:status-20170126.pdf | WP4 slides]]
* [[Media:IMeric_WP5_ALPIDE_staves.pdf | WP5 slides]]

* AOB
** Announcement: RTK course in Lyon on April 10 2017 http://training.kitware.fr/browse/152

=== 2017-03-09 ===
Agenda:

* status reports
* [[Media:WP1_09-mar-2017.pdf | WP1 slides_1]]
* [[Media:WP1_09_03_2017.pdf | WP1 slides_2]]

=== 2017-03-30 ===
Agenda:
* [[Media: Update on design optimization.pdf | Status update on DTC design optimization with some results]]
* [[Media: Oppsummering av CTDWIT2017.pdf | Summary of workshop ''Connecting the Dots and Intelligent Trackers'']]
* [[Media: GroupMeeting30-Mar-2017(ITCCIR).pdf | Impressions of an external course (International Training Course on Carbon-ion Radiotherapy)]]

=== 2017-05-18 ===
Agenda:
* [[Media: SummaryRTKcourse.pdf | Summary of RTK course ]]
* Status Report Jarle

=== 2017-06-01 ===
Agenda:
* [[Media: PTCOG summary.pdf | Summary of PTCOG56 meeting]]

== Workpackage meetings ==

=== Workpackage 1 (Physics simulations, verification and design optimization) meetings ===

==== 03/03/2017 ====
Agenda:
* status reports
* [[Media: Optimizing_the_DTC.pdf | Slides from the meeting]]

* Announcement: IRRMA X -- 10th International Topical Meeting on Industrial Radiation and Radioisotope Measurement Applications http://conferences.illinois.edu/irrma2017/

==== 17/03/2017 ====
Agenda:
* status reports
* [[Media: WP1_17_03_2017.pdf | Slides from the meeting]]

* Announcement: Easy-to-use task manager: https://trello.com/

==== 21/09/2017 ====
Agenda:
* Presentation by V. Giacometti on pCT reconstruction software
* [[Media: BergenPresentationGiacomettiValentina20170921.pdf | Slides from the meeting]]

* Announcement: Easy-to-use task manager: https://trello.com/

File:BergenPresentationGiacomettiValentina20170921.pdf

2017-09-22T12:15:18Z

Ime052: File uploaded with MsUpload

File uploaded with MsUpload

Workshops

2017-09-15T19:50:48Z

Ime052: /* 15.09. in Bergen */

Workshops

2017-09-15T19:49:18Z

Ime052: /* 2017 */

Meetings

2017-03-21T14:03:36Z

Ime052: /* Workpackage 1 (Physics simulations, verification and design optimization) meetings */

File:WP1 17 03 2017.pdf

2017-03-21T14:03:05Z

Ime052: File uploaded with MsUpload

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Meetings

2017-03-10T14:36:25Z

Ime052: /* 2017-03-09 */

Meetings

2017-03-10T14:36:08Z

Ime052: /* 2017-03-09 */

File:WP1 09 03 2017.pdf

2017-03-10T14:35:47Z

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File:WP1 09-mar-2017.pdf

2017-03-10T14:35:13Z

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Meetings

2017-03-05T22:26:52Z

Ime052: /* Workpackage 1 meetings */

Meetings

2017-03-05T22:25:07Z

Ime052: /* Workpackage meetings */

File:Optimizing the DTC.pdf

2017-03-05T22:22:14Z

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Meetings

2017-01-26T22:33:59Z

Ime052: /* 2017-01-26 */

File:JRSølie WP1 Optimization.pdf

2017-01-26T22:33:05Z

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Meetings

2017-01-26T22:28:56Z

Ime052: /* 2017-01-26 */

File:IMeric WP5 ALPIDE staves.pdf

2017-01-26T22:24:51Z

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File:IMeric WP5 ALPIDE staves.pdf

2017-01-26T22:19:35Z

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