Wireless sensor networks are about to be part of everyday life. Homes and workplaces
capable of self-controlling and adapting air-conditioning for different temperature and …

The population protocol model describes a network of n anonymous agents who cannot
control with whom they interact. The agents collectively solve a computational problem …

We initiate the study of game dynamics in the population protocol model: n agents each
maintain a current local strategy and interact in pairs uniformly at random. Upon each …

In this work, we consider an agent-based model in order to study the wealth distribution
problem where the interchange is determined with a symmetric zero-sum game …

We present an analog and machine-independent algebraic characterization of elementarily
computable functions over the real numbers in the sense of recursive analysis: we prove that …

We initiate the study of repeated game dynamics in the population model, in which we are
given a population of $ n $ nodes, each with its local strategy, which interact uniformly at …

The population protocol model of Angluin et al.[3] describes a population of anonymous
finite-state agents that interact in pairs according to a transition function. The agents are …

We define a general model capturing the behavior of a population of anonymous agents that
interact in pairs. This model captures some of the main features of opportunistic networks, in …

Modern machine learning systems and other data science settings are increasingly subject
to various reliability constraints: these systems may bedecentralized and involve multiple …

The distributed naming problem, assigning unique names to the nodes in a distributed
system, is a fundamental task. This problem is nontrivial, especially when the amount of …