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Vincent Danos, Jérôme Feret, Walter Fontana, Russell Harmer, and Jean Krivine.
Investigation of a biological repair scheme.
In Proceedings of the ninth Workshop on Membrane Computing, WMC9. Edinburgh, UK, July 28 -- 31, 2008, G. Paun(Ed.), Lecture Notes in Computer Science 5391, pages 1--12.
2008.
© Springer 2009, Berlin, Germany.

Abstract: This note details an interaction pattern for the allocation of a scarce biological resource where and when it is needed. It is entirely based on a mass action stochastic dynamics. Domain-domain binding plays a crucial role in the design of the pattern which we therefore present using a rule-based approach where binding is an explicit primitive. We also a use a series of refinements, starting from a very simple interaction set, which we feel gives an interesting and intuitive rationale for the working of the final repair scheme.

@inProceedings{Danos-EtAl-WMC9,
   author =    {Vincent Danos and J\'er\^ome Feret and Walter Fontana and Jean Krivine and Russell Harmer},
   title  =    {Investigation of a biological repair scheme},
   editor =    {Gheorghe Paun},
   booktitle = {Proceedings of the ninth Workshop on Membrane Computing, WMC9, Edinburgh, UK},
   address =   {Edinburgh, UK},
   series =    {LNCS},
   number =    {5391},
   publisher = {Springer 2009, Berlin, Germany},
   pages =     {1--12},
   month =     {28--31 July},
   year =      {2008},
}