In this paper, we introduce a new Time Warp system called ROSS: Rensselaer's optimistic
simulation system. ROSS is an extremely modular kernel that is capable of achieving event …

This paper reviews issues concerning the design of adaptive protocols for parallel discrete
event simulation (PDES). The need for adaptive protocols are motivated in the background …

Agent based systems are increasingly being applied in a wide range of areas including
telecommunications, business process modeling, computer games, control of mobile robots …

Time Warp is an optimistic protocol for synchronizing parallel discrete event simulations. To
achieve performance in a multiuser network of workstation (NOW) environment, Time Warp …

Analysis of range queries on spatial (multidimensional) data is both important and
challenging. Most previous analysis attempts have made certain simplifying assumptions …

Dynamic balancing of computation and communication load is vital for the execution stability
and performance of distributed, parallel simulations deployed on the shared, unreliable …

Load balancing is a crucial factor in achieving good performance for parallel discrete event
simulations. We present a load balancing scheme that combines both static partitioning and …

HLA-based simulations, as any distributed computing application, can undergo critical
performance issues due to load imbalances on large-scale, heterogeneous, non-dedicated …

We present an algorithm which integrates flow control and dynamic load balancing in order
to improve the performance and stability of Time Warp. The algorithm is intended for use in a …

HLA-based simulations can experience performance degradation due to communication
latencies between simulation federates, which generate significant cumulative overhead …