[Progmat23] Dagstuhl Reports/23091 UPDATE 28/Mar/2023

28 Mar 2023

      Dear colleagues,
This is a kind reminder that out of the 9 talks, we are still missing the
following:
(3) Jo Ellis-Monneghan: DNA self-assembly strategies
    (4) Benoît Piranda: How to manage the movement of robots with
VisibleSim to achieve locomotion and self-reconfiguration
    (8) Giovanni Viglietta: Programmable Matter: From Fractal Formation to
Genetic Programming Solutions
And out of the 11 open problems, we are still missing the following:
(O1) Amira Abdel-Rahman: Path Planning for the Assembly and
Reconfiguration of Structures Using Neural Cellular Automata
        (O3) Dan Halperin: Minimum number of control alterations (squares
in polygon, discs in curved workspace)
        (O4) Timothy Gomez: Unique Assembly Verification in Two-Handed
Self-Assembly
        (O5) Maria Kokkou: Leader election in grids with faults
        (O6) Ryuhei Uehara: 🧩 Complexity of recent popular puzzles? (3D &
2D tight bin packing), Slide-and-pack, Shortest build sequence.
        (O8) Cynthia Sung: When can a structure self-fold? 🧲📃📄
        (O10) Nicolas Schabanel: An open problem presentation on the
scaffold routing problem in DNA origami
        (O11) Yuval Emek: A self-stabilizing chemical reaction network
implementation of a modular clock
Please make sure that you upload it as soon as possible.
Once again, the process is **very** **very** light. No latex is needed.
Just an abstract and maybe a couple of references.
I would appreciate it if you could complete the above 4 steps by the end of
this week.
In case I made a mistake in the above lists, please let me know.
Thank you and best regards,
Ioannis
On Mon, 20 Mar 2023 at 16:27, Ioannis Chatzigiannakis <
ichatz@diag.uniroma1.it> wrote:
...
Dear colleagues,
This is a kind reminder that out of the 9 talks, we are still missing the
following:
(2) Danny Halperin: From snapping fixtures to multi-robot

coordination: Geometry at the service of robotics
    (3) Jo Ellis-Monneghan: DNA self-assembly strategies
    (4) Benoît Piranda: How to manage the movement of robots with
VisibleSim to achieve locomotion and self-reconfiguration
    (8) Giovanni Viglietta: Programmable Matter: From Fractal Formation to
Genetic Programming Solutions
Please make sure that you upload it as soon as possible.
At this point I would also like to mention that the plan is to include an
abstract for all the presentations of open problems. Here is the list:
    (O1) Amira Abdel-Rahman: Path Planning for the Assembly and

Reconfiguration of Structures Using Neural Cellular Automata
        (O2) Tanja Kaiser: Open-ended evolution by minimizing surprise
        (O3) Dan Halperin: Minimum number of control alterations (squares
in polygon, discs in curved workspace)
        (O4) Timothy Gomez: Unique Assembly Verification in Two-Handed
Self-Assembly
        (O5) Maria Kokkou: Leader election in grids with faults
        (O6) Ryuhei Uehara: 🧩 Complexity of recent popular puzzles? (3D &
2D tight bin packing), Slide-and-pack, Shortest build sequence.
        (O7) Irene Parada: Reconfiguration without scaling of fast
parallel reconfiguration.
        (O8) Cynthia Sung: When can a structure self-fold? 🧲📃📄
        (O9) Christian Scheideler: Amoebot fast reconfiguration based on
circuit extension 🦠
        (O10) Nicolas Schabanel: An open problem presentation on the
scaffold routing problem in DNA origami
        (O11) Yuval Emek: A self-stabilizing chemical reaction network
implementation of a modular clock
Once again, the process is **very** **very** light. No latex is needed.
Just an abstract and maybe a couple of references.
I would appreciate it if you could complete the above 4 steps by the end
of this week.
In case I made a mistake in the above lists, please let me know.
Thank you and best regards,
Ioannis
On Mon, 13 Mar 2023 at 11:07, Ioannis Chatzigiannakis <
ichatz@diag.uniroma1.it> wrote:
...
Dear colleagues,
After consulting the schedule thread on coworker, I have identified the
following 9 talks:
(1) Christian Scheideler: Reconfigurable circuit extension of the

Amoebot model - introduction, recent results and future directions
    (2) Danny Halperin: From snapping fixtures to multi-robot
coordination: Geometry at the service of robotics
    (3) Jo Ellis-Monneghan: DNA self-assembly strategies
    (4) Benoît Piranda: How to manage the movement of robots with
VisibleSim to achieve locomotion and self-reconfiguration
    (5) Kay Römer: Scalable Real-Time Localization for Robotic Ensembles
    (6) Amira Abdel-Rahmen: Meta-materials, modular robots, and
reconfigurable robot swarms
    (7) Tom Peters: Fast communication in amoebot systems
    (8) Giovanni Viglietta: Programmable Matter: From Fractal Formation
to Genetic Programming Solutions
    (9) Damien Woods: DNA self-assembly and robotics
In case I have missed something, please let me know.
So far I see that only Kay and Damien have submitted their abstract on
the dagstuhl server.
Remark that the process is **very** light:

Connect to the following url:

http://drs.dagstuhl.de/23091
Login/Password: Your DOOR credentials

Select "Add abstract" (or click the edit button for an already

existing entry).

Fill out the form by providing title, authors, abstract, and - if

applicable - a bibliographic reference together with its digital location.

Select "Save abstract" to save your data.

I would appreciate it if you could complete the above 4 steps by the end
of this week.
Thank you and best regards,
Ioannis
On Mon, 6 Mar 2023 at 20:32, Sándor Fekete s.fekete@tu-braunschweig.de
wrote:
...
Dear participants,
In the meantime, I hope you have all made it home well

especially those of you who were dealing with illness!

Thank you so much for a wonderful week in Dagstuhl!
As discussed near the end of the seminar, here are
a few more things:
(1) If you have not done so, fill in the questionnaire
      sent by Dagstuhl.
(2) Please find below the announcement for the
     report, as discussed on Thursday. Some notes:

The date is the final one for the Dagstuhl server;
         please send it to us (via coauthor, see (3) below)
         earlier if you can.
Ioannis has been awarded the whip to ensure
it all gets delivered. :)

(3) For all our convenience and exchange of information,
     please use the coauthor repository as well. If you go to
     https://coauthor.csail.mit.edu/ProgMatterDagstuhl2023
     and 0.1 Schedule, you will find that the contributions
     have been numbered. When you go to "1.2 Talk Titles
     and Slides“, you can simply add that number to the
     title, so everyone can find it at a glance.
(4) As discussed in the wrap-up session on Friday, please
     also review your presence in coauthor; in particular,
     make sure your name is visible in those topics that
     interest you, so that you are part of the ongoing discussions.
     (This is particularly important for those of you who
      had to leave before the Friday session.)
(5) We will get back to you about an open followup zoom
     session in a few weeks.
(6) Please do not hesitate to contact us with any questions
     or suggestions!
Cheers,
Sándor
Anfang der weitergeleiteten Nachricht:
*Von: *Jutka Gasiorowski reports@dagstuhl.de
*Betreff: **Dagstuhl Reports/23091 - Documentation of your seminar*
*Datum: *2. März 2023 um 09:22:59 MEZ
*An: *Aaron Becker atbecker@uh.edu, Fekete, Sándor <
s.fekete@tu-braunschweig.de>, Irina Kostitsyna i.kostitsyna@tue.nl,
"Matthew J. Patitz" patitz@uark.edu, Damien Woods Damien.Woods@mu.ie
*Umgeleitet von: *s.fekete@tu-braunschweig.de

Call for Abstracts as used by the collector
Subject: Documentation of Dagstuhl Seminar 23091 "Algorithmic Foundations of Programmable Matter"
To: seminar-23091@rhea.dagstuhl.de
Dear Participants of Dagstuhl Seminar 23091 "Algorithmic Foundations of Programmable Matter",
We hope that you enjoyed a fruitful seminar. As a point of reference for all
participants, outside researchers, as well as Dagstuhl's funding agencies we would
like to keep records of our seminar 23091. We would like to ask you to prepare a
summary for any presentation that you have given at the seminar. Additionally,
results from working groups should also be documented. For a talk, the
documentation mainly consists of a brief abstract along with a list of co-authors
and a bibliographic reference (if available).
Please note that an abstract submitted prior to the seminar on the seminar's
material page **will not** be automatically used as documentation entry, but you may
copy&paste that entry. This way, we'd like to clarify that your documentation
entry is part of an official publication.
Your documentation entry will be published as part of the seminar's issue of the
periodical series "Dagstuhl Reports", see http://www.dagstuhl.de/dagrep

Deadline: The deadline for submitting your documentation entry is:

April 28, 2023.

Upload: To submit your documentation entry, please visit
http://drs.dagstuhl.de/23091
Login/Password: Your DOOR credentials

The submission works as follows:

Select "Add abstract" (or click the edit button for an already existing entry).
Fill out the form by providing title, authors, abstract, and - if applicable -
a bibliographic reference together with its digital location.
IMPORTANT: To approve your entry for publication, please select "Complete"
abstract" in the "Completed" section of the abstract editor. No more
changes can be made after saving a completed entry. You may modify or amend
your entry as long as it is not marked as completed.
Select "Save abstract" to save your data (or select "Cancel" if you wish to
abort the submission).
Select either "save all" or "cancel" brings you back to the list of your
documentation entries.

As the designated collector of the seminar, I'm in charge of coordinating the
preparation of the seminar documentation.
Thank you very much in advance for your support, both on behalf of the seminar
organizers as well as Schloss Dagstuhl. You will receive an email when the report
for this seminar is published.
Please let me know in case of further questions.
Kind regards,
<name of collector>
on behalf of the seminar organizers of
"Algorithmic Foundations of Programmable Matter":
Aaron Becker atbecker@uh.edu atbecker@uh.edu
Sándor Fekete s.fekete@tu-bs.de s.fekete@tu-bs.de
Irina Kostitsyna i.kostitsyna@tue.nl i.kostitsyna@tue.nl
Matthew J. Patitz patitz@uark.edu patitz@uark.edu
Damien Woods Damien.Woods@mu.ie Damien.Woods@mu.ie

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