Simulative performance analysis of distributed switching fabrics for SCI-based systems

Simulative Analysis of Fault-Tolerant Distributed Switching Fabrics for SCI

1 The High-performance Computing and Simulation (HCS) Research Lab is a joint research facility affiliated with the Univ. of Florida, Florida A&M Univ., and Florida State Univ., and serves as the NSA Center of Excellence in High-Performance Networking and Computing. See http://www.hcs.ufl.edu Abstract Several common topologies such as k-ary n-cubes possess inherent link redundancy and can be di...

Design and Evaluation of Scalable Switching Fabrics for High-Performance Routers

This work considers switching fabrics with distributed packet routing to achieve high scalability and low costs. The considered switching fabrics are based on a multistage structure with different re-circulation designs, where adjacent stages are interconnected according to the indirect n-cube connection style. They all compare favorably with an earlier multistage-based counterpart according to...

Designing and Modeling a Control System for Aircraft in the Presence of Wind Disturbance (TECHNICAL NOTE)

This paper proposes a switching adaptive control for trajectory tracking of unmanned aircraft systems. The switching adaptive control method is designed to overcome the wind disturbance and achieve a proper tracking performance for control systems. In the suggested system, the wind disturbance is regarded as a finite set of uncertainties; a controller is designed for each uncertainty, and a per...

MINA - a tool for MSC-based performance analysis and simulation of distributed systems

Performance analysis can help to address quantitative system analysis from the early stages of the system development life cycle, e.g., to compare design alternatives or to identify system bottlenecks. This thesis addresses the problem of performance evaluation of distributed systems by employing a viewpoint where analytical and simulative evaluation techniques are unified in the MINA tool to m...

Investigation of the Tearing Performance of Fabrics with Various Constructions, Woven from Different Yarn Spinning Systems