technical reportThe overall scientific objective of this research was to develop techniques for speeding up discrete event simulation (DES) programs in applications such as simulation of computer architectures, communication networks, battlefield scenarios, etc. Such simulations often require prohibitive amounts of time on conventional computing hardware. Several major successes and important new results were obtained during the grant period in this problem domain. The most significant results are summarized in the following areas: Optimistic and Conservative Synchronization Mechanisms; Special Purpose Hardware for Discrete Event Simulation
This thesis explores methods to decrease overheads in an optimistic parallel discrete event simulati...
The design of efficient parallel discrete-event simulation (PDES) models often appears to be a myste...
this paper, we will present a method to automatically translate a sequential DES program into an equ...
Discrete-event simulation is a commonly used technique to model changes within a complex physical sy...
The achievements attained in accelerating the simulation of the dynamics of complex discrete event s...
Discrete event simulation (DES) has been widely used for both theoretical and application researches...
This paper describes the details of a hardware realization of a framework to support parallel discre...
This study investigated the development and use of analytic models for performance analysis of paral...
Exploiting an efficient scheme for parallel discrete event simulation requires precise information a...
Parallel computing has provided the opportunity to perform high speed simulation. However, no guidel...
Discrete-event models depict systems where a discrete state is repeatedly altered by instantaneous c...
iii Discrete Event Simulation (DES) is a widely used simulation methodology for systems where change...
Discrete Event Simulation (DES) can be an important tool across various domains such as Engineering,...
The performance of a synchronous conservative parallel discrete-event simulation protocol is analyze...
Simulation is an important tool in the study of communication networks manufacturing systems, and ot...
This thesis explores methods to decrease overheads in an optimistic parallel discrete event simulati...
The design of efficient parallel discrete-event simulation (PDES) models often appears to be a myste...
this paper, we will present a method to automatically translate a sequential DES program into an equ...
Discrete-event simulation is a commonly used technique to model changes within a complex physical sy...
The achievements attained in accelerating the simulation of the dynamics of complex discrete event s...
Discrete event simulation (DES) has been widely used for both theoretical and application researches...
This paper describes the details of a hardware realization of a framework to support parallel discre...
This study investigated the development and use of analytic models for performance analysis of paral...
Exploiting an efficient scheme for parallel discrete event simulation requires precise information a...
Parallel computing has provided the opportunity to perform high speed simulation. However, no guidel...
Discrete-event models depict systems where a discrete state is repeatedly altered by instantaneous c...
iii Discrete Event Simulation (DES) is a widely used simulation methodology for systems where change...
Discrete Event Simulation (DES) can be an important tool across various domains such as Engineering,...
The performance of a synchronous conservative parallel discrete-event simulation protocol is analyze...
Simulation is an important tool in the study of communication networks manufacturing systems, and ot...
This thesis explores methods to decrease overheads in an optimistic parallel discrete event simulati...
The design of efficient parallel discrete-event simulation (PDES) models often appears to be a myste...
this paper, we will present a method to automatically translate a sequential DES program into an equ...