Modeling, Simulation, and Analysis Research Researchers in the HCS Research Lab are also active in computer engineering research with modeling, simulation, and analysis techniques. With these models and new tools being developed to exploit them, next-generation computing and networking systems can be designed and developed by means of rapid virtual prototyping. With ISE, researchers and system developers can construct rapid virtual prototypes of networks, architectures, parallel systems, and distributed systems with a high degree of fidelity. These systems can then be exercised and analyzed by running real applications, written in either sequential C code or parallel MPI-C code, on top of them. With ISE, for the first time existing and new software can be executed on simulated hardware and performance and functional characteristics evaluated with a high degree of precision at a fraction of the cost normally associated with such developments in a testbed.
Simulation plays an increasingly critical role in all areas of science and engineering.
Interdisciplinary Research Interdisciplinary research problems are a principal focus in the lab, where interrelated issues in computer hardware, software, signal processing, VLSI, etc. are crucial. The goal of the project is to use parallel and distributed processing techniques to decrease the cost and size and increase the dependability and performance of autonomous, disposable sonar arrays currently under development. Researchers at each site work closely with their counterparts at the other site. This network is being used for studies in integrated services networking, distributed high-performance computing, as well as distance learning in support of new applications and services. A lab initiative called the Distance Learning Advanced Technologies program highlights the use of this technology for advanced real-time education delivery and support.