TY - ECHAP
AU - Sławomir Nowak
AU - Mateusz Nowak
AU - Pawel Foremski
AU - Sergey Balandin
AU - Koucheryavy Yevgeni
AU - Hu Honglin
AB - We present a new synchronization method for parallel discrete event simulation for wireless networks. The method merges paradigms of time-stepped and event-driven simulations to achieve reduction of messages exchanged between local processes of simulation. The method is particularly suitable for wireless network simulation, in which objects share the same physical medium and parallel simulation involves a significant overhead for interprocess communication. The article describes the method and compare it to conservative and optimistic synchronization methods, on the basis of results of simulations of selected wireless network model.
BT - Lecture Notes in Computer Science
CY - Berlin / Heidelberg
LA - eng
N2 - We present a new synchronization method for parallel discrete event simulation for wireless networks. The method merges paradigms of time-stepped and event-driven simulations to achieve reduction of messages exchanged between local processes of simulation. The method is particularly suitable for wireless network simulation, in which objects share the same physical medium and parallel simulation involves a significant overhead for interprocess communication. The article describes the method and compare it to conservative and optimistic synchronization methods, on the basis of results of simulations of selected wireless network model.
PB - Springer
PP - Berlin / Heidelberg
PY - 2011
SE - New Synchronization Method for the Parallel Simulations of Wireless Networks
SN - 978-3-642-22874-2
T2 - Lecture Notes in Computer Science
TI - Smart Spaces and Next Generation Wired/Wireless Networking
VL - 6869
ER -