Chandy et al. proposed the methodology of “self-similar algorithms” for distributed computation in dynamic environments. We further characterize the class ...

Relationship between self-similar functions and functions computable by population protocols (Bold names differentiate classes from examples. Not all ...

The methodology of "self-similar algorithms" for distributed computation in dynamic environments is proposed and the class of functions computable by such ...

Self-similar Functions and Population Protocols: A Characterization and a Comparison. Authors: Swapnil Bhatia. Swapnil Bhatia. Department of Computer Science ...

Self-similar functions and population protocols: A characterization and a comparison. by Radim Bartos. 2009. See Full PDF Download PDF. Free Related PDFs. All ...

Self-similar Functions and Population Protocols: A Characterization and a Comparison - Chandy et al. proposed the methodology of “self-similar algorithms” ...

We further characterize the class of functions computable by such algorithms by showing that self-similarity induces an additive relationship among the level- ...

We say that a population protocol computing a function is self-stabilizing when it can begin in any configuration and eventually converge (to the same output).

Bhatia and R. Bartoš, ``Self-similar Functions and Population Protocols: a Characterization and a Comparison,'' in Proc. of The 10th International ...

We characterize self-stabilizing functions in population protocols for complete interaction graphs. In particular, we investigate self-stabilization in ...