S. Bush. Proceedings of VWsim'00: Virtual Worlds and Simulation Conference,
WMC'00: 2000 SCS Western Multi-Conference, San Diego, SCS (2000), (January 2000)
Abstract
In the course of efforts to more fully utilize the power of active
networks to build a self-managing communications network, the nature
of entanglement and the relationship between modeling and communication
become of utmost importance. This paper provides a very brief introduction
to Active Networks and the Active Virtual Network Management Prediction
Project whose goal is a self-managing communications network. The
focus of the paper is upon the effects of near-infinite resources;
that is, how will such a self-predictive system behave as processing
and bandwidth become ever larger and more powerful. An attempt is
made to identify new theories required to understand such highly
self-predictive systems.
%0 Conference Paper
%1 Bush2000a
%A Bush, Stephen F.
%B Proceedings of VWsim'00: Virtual Worlds and Simulation Conference,
WMC'00: 2000 SCS Western Multi-Conference, San Diego, SCS (2000)
%D 2000
%K active networks
%T Islands of Near-Perfect Self-Prediction
%X In the course of efforts to more fully utilize the power of active
networks to build a self-managing communications network, the nature
of entanglement and the relationship between modeling and communication
become of utmost importance. This paper provides a very brief introduction
to Active Networks and the Active Virtual Network Management Prediction
Project whose goal is a self-managing communications network. The
focus of the paper is upon the effects of near-infinite resources;
that is, how will such a self-predictive system behave as processing
and bandwidth become ever larger and more powerful. An attempt is
made to identify new theories required to understand such highly
self-predictive systems.
@inproceedings{Bush2000a,
abstract = {In the course of efforts to more fully utilize the power of active
networks to build a self-managing communications network, the nature
of entanglement and the relationship between modeling and communication
become of utmost importance. This paper provides a very brief introduction
to Active Networks and the Active Virtual Network Management Prediction
Project whose goal is a self-managing communications network. The
focus of the paper is upon the effects of near-infinite resources;
that is, how will such a self-predictive system behave as processing
and bandwidth become ever larger and more powerful. An attempt is
made to identify new theories required to understand such highly
self-predictive systems.},
added-at = {2007-06-20T15:45:52.000+0200},
author = {Bush, Stephen F.},
biburl = {https://www.bibsonomy.org/bibtex/235d9b14abc1c2ff474d0508dd1ff59f6/bushsf},
booktitle = {Proceedings of VWsim'00: Virtual Worlds and Simulation Conference,
WMC'00: 2000 SCS Western Multi-Conference, San Diego, SCS (2000)},
interhash = {2b89c4d0598c5dc92a4700dc0c0b62a1},
intrahash = {35d9b14abc1c2ff474d0508dd1ff59f6},
keywords = {active networks},
month = Jan,
owner = {200004965},
timestamp = {2007-06-20T15:50:15.000+0200},
title = {Islands of Near-Perfect Self-Prediction},
year = 2000
}