Time | Activity |
---|---|
13:00 | Welcome and Introduction (Jakob) |
13:15 | Overview of CUQIpy, Installation (Amal) |
13:50 | Probably the simplest BIP in the world (Amal) |
14:10 | Coffee break |
14:25 | Distributions (Charlie) |
15:05 | Forward models (Charlie) |
15:45 | Coffee break |
16:00 | Bayesian inverse problems (Nicolai) |
16:50 | Wrap-up before dinner (Nicolai) |
17:00 | End of afternoon session |
Time | Activity |
---|---|
17:00 | Pizza night at Bayes Centre |
18:00 | CUQIpy mini-hackathon intro (Jakob) |
18:15 | Participant ideas and group formation |
18:45 - ? | Work in hackathon groups |
Time | Activity |
---|---|
09:30 | Recap and plan for the day (Jakob) |
09:40 | Advanced features overview (multiple speakers) |
10:10 | Work session |
10:40 | Coffee break |
10:55 | Work session |
11:45 | Wrap-up and evaluation (Jakob) |
12:00 | End of Day 2 |
pip install cuqipy
We present three approaches to run the training notebooks
Installing CUQIpy and running the notebooks on your local machine
Launching the notebooks in the cloud (Google colab and binder)
Explained in the next seciton
If you are not installing CUQIpy on own computer, you can use one of the two learnmore servers (ask CUQIpy team at event for access):
When logged in to the learnmore servers you should see a "launcher" tab with some icons to start new notebooks with different python packages installed. You can use the following ones:
In the launcher you also see an icon "terminal", click that to start a linux terminal. In the you type/copy-paste:
This will clone/copy the CUQI book to your directory, then you can navigate in the left menu into the training folder and start the training notebooks. You need to change the "kernel" in the top right corner to e.g. the "CUQIpy-env" one, in order for the notebook to have access to the python packages installed in there such as CUQIpy.
List project topics here and please add your name to any project you are interested in working on:
1. Computed tomography with CUQIpy-CIL (proposed by Margaret Duff)
- Margaret Duff (CIL)
- Richard Huber
- Jonas Bresch
- Yiyao Zhang (Liverpool)
- ...
2. PDEs with CUQIpy-FEniCS
- name 1
- ...
3. PSF deconvolution on astronomical images (Proposed by Charlie MacMahon-Geller)
- Charlie MacMahon-Geller (Newcastle University)
- Markus Rau (Newcastle University)
- ...
4. Gravity anomaly (proposed by Lara Baalbaki)
- Lara Baalbaki (DTU)
- ...
5. Surface reconstruction (proposed by Yiyao Zhang)
- Yiyao Zhang (Liverpool)
- ...
6. Multistatic radar (Proposed by Joshua Hellier)
- Joshua Hellier (Manchester)
- ...
7. Semi-blind image deconvolution (proposed by Monica Pragliola)
- Monica Pragliola (Bologna)
- ...
8. Phase retrieval (proposed by Dawit Hailu)
- Dawit Hailu
- ...
9. [insert topic title here]
- add name
- ...
pnpula
pnpula
branch of CUQIpy, which is expected to be merged to the main brach of CUQIpy soon. Instructions for local installation of CUQIpy:demos/cuqi_myula.ipynb
and demos/cuqi_pnpula.ipynb
.Please let us know about any and all problems, suggestions, etc. about CUQIpy that you may have: