RefPerSys est un projet (bénévole) de recherches et un logiciel libre en intelligence artificielle, inspiré par les travaux de feu Jacques Pitrat. Le lecteur est supposé capable de lire l'anglais.
An acronym for Reflexive Persistent System. This is an ambitious research project (still unfunded, in 2019 - 2020 it is a hobby project; also very risky!), done on spare time with an open science mindset and ethics.
We have in 2019 - 2020 a lot of ideas, but not much code (on gitlab). Done by passionate developers on their spare time. Volunteers wanted; please send an email (introducing yourself) to email@example.com (near Paris, France, homepage here) for more.
The following persons are working (at end of 2019 or start of 2020) on RefPerSys on their spare time from their home and are the copyright owners of the embryonic software.
(born in 1959, PhD in AI),
|starynkevitch.net/Basile/||project leader and architect|
West Bengal, India
Madhya Pradesh, India
A draft document giving some design ideas is downloadable as refpersys-design.pdf. We are improving it in 2019 and 2020.
The currently existing (in 2019 or 2020), on gitlab) code base is a bit disappointing, even to the Refpersys team. But we have a lot of fun doing it. It is constantly improving, publicly available, still unreleased, α-stage. We are aware of the replication crisis.
RefPerSys has been presented at a seminar organized by AFIA in Paris, on March 6th, 2020, dedicated to the memory of Jacques Pitrat, who died in october 2019. Contact Basile Starynkevitch for details. Slides are here in PDF. The video of the talk in French is here.
Please suggest by email to firstname.lastname@example.org any AI conference, meeting, or workshop where this project could be presented.
The concept of the paper is good. However, the writing skill / style is not satisfactory.. That paper explains our roadmap and vision.
The RefPerSys software depends on many other common stuff, notably a recent GCC compiler for C++17 with its standard library, a recent Linux kernel and C standard library (e.g. GNU glibc or Musl Libc), the JsonCPP library (for persistence) and the Qt graphical toolkit, and the libbacktrace library. A multi-core x86-64 Linux computer with more than 16Gbytes of RAM and at least 100Gbytes of free disk space is recommended.
α-stage embryonic free
software source code of RefPerSys is on gitlab.com/bstarynk/refpersys.
Only the master
branch is interesting. Other git branches are
obsolete or might not even compile.
We practically are using git as a
centralized version control system, because we are very
few and sill don't understand well in 2019 or 2020 how a genuinely
version control system could play nice with a
reflexive, orthogonally persistent,
A daily snapshot is downloadable on refpersys-snapshot.tar.bz2. It is usually but not always automatically generated every day, so could be broken or very buggy. That bzip2 tar archive contains both source files, some log files of build, and binary ELF executable refpersys for Linux/x86-64. It is made in good faith, but could be very buggy and might do wrong things if you run that executable (daily built on Debian/Sid/x86-64). So use the refpersys executable in that snapshot, provided with no warranty, at your own risk.
A forum hosted in France by FramaSoft (a non-profit association) is available on framalistes.org/sympa/info/refpersys-forum. Be polite and civil there. Only for public technical discussion in written English about implementation issues of RefPerSys (so no philosophical questions about AI). If you have issues in subscribing, contact email@example.com by email.
The RefPerSys project needs more volunteers to contribute to it. We also need some public mailing list archive able to deal with HTML messages such as this one. At last, some team members are severely under-equiped and would welcome any 4 to 16 cores x86-64, Linux capable, working, PC with 32 gigabytes of RAM and at least a 240 Gb SSD disk. Contact firstname.lastname@example.org for more.