Reactor Noise Analysis Benchmark Tests.

Transputer benchmark tests

The transputer is a powerful processor designed to be used as a component in multiprocessor systems. In this paper the transputers processing power is compared to other computer systems and its communication capacity is evaluated. The benchmarks programs test how well a processor performs scientific computation. The test programs are short sequential Fortran and Occam programs, which are execut...

Modeling and analysis of reactor noise by stochastic differential equations

Reactor noise, caused both by the probabilistic nature of the fission chains and external reactivity noises, is one of the basic topics in nuclear science and engineering, both in theory and practice. Modeling reactor noise (and neutron flux fluctuation in general) is traditionally performed by two main approaches: the stochastic transport equation for the probability generating function and th...

Two-group Reactor Noise Analysis by Langevin’s Technique

Insights from the Broadcast News Benchmark Tests

The broadcast news benchmark tests have potential as a source of ideas for improving continuous speech recognition systems. This paper presents a data analysis method for uncovering such ideas and applies the method to the 1996 and 1997 DARPA CSR Hub-4 results. The method is based on a latent variables model instead of a more familiar regression model. The method identifies certain portions of ...

Benchmark Tests on ANSYS Parallel Processing Technology

It is extremely important for manufacturing industries to reduce their design process period in order to keep a competitive position in worldwide markets. CAE has been and will have an even more important role in shortening the design process. To effectively use CAE as a part of the design process, the ability of doing analysis in an affordable way, using large-scale real life problems is commo...