Circulation service

Circulation of Autonomous Agents in Production and Service Networks

The inherent complexity characterizing the production and/or service networks strongly favors decentralized and self-organizing mechanisms to regulate the flows of matter and information in circulation. This basic observation motivates us to study the flow dynamics in queueing networks roamed by autonomous agents which, at a given time and at a given vertex location, select their routing accord...

Not for Circulation for Internal Circulation for Public Circulation

Circulation

THIS is the first of three volumes on the circulation which will make up the second section of the Handbook of Physiology. It follows the first section of three volumes on neurophysiology and will be followed by further sections covering respiration, renal physiology, endocrine physiology, etc. The concept of the Handbook is a very important landmark in the development of physiological literatu...

Service Time of Self - Stabilizing Token Circulation Protocol on Anonymous Unidirectional Rings - Extended

Our protocol is a randomized self-stabilizing, meaning that starting from an arbitrary configuration (in response to an arbitrary perturbation modifying the memory state), it reaches (with probability 1) a legitimate configuration (i.e. a configuration with only one token in the network). Once the system is stabilized the circulation of the sole token is 1-fair (i.e. in every round, every proce...

Service Time of Self-Stabilizing Token Circulation Protocol on Anonymous Unidirectional Rings - Extended Abstract -

Our protocol is a randomized self-stabilizing, meaning that starting from an arbitrary configuration (in response to an arbitrary perturbation modifying the memory state), it reaches (with probability 1) a legitimate configuration (i.e. a configuration with only one token in the network). Once the system is stabilized the circulation of the sole token is 1-fair (i.e. in every round, every proce...