We present a new language model adaptation framework integrated with error handling method to improve accuracy of speech recognition and performance of spoken language applications. The proposed error corrective language model adaptation approach exploits domain-specific language variations and recognition environment characteristics to provide robustness and adaptability for a spoken language ...

InterPlaNetary (IPN) Internet links have extremely long propagation delays and very high link error rates. In such networks, lost retransmissions of the TCP data segments are common. Existing TCP schemes can detect lost retransmissions only through TCP retransmission timeout and hence are inefficient in such scenarios. In this paper we propse a new algorithm for handling such lost retransmissio...

In this correspondence, statistical methods are used toestimate the error on the output signal due to quantization of filtercoefficients and the fractional part of the data bus in FIR-based multiratesystems. In addition, a convex programming model is formed to estimatethe filter coefficient wordlengths given the output signal error. The modelis capable of handling folded arc...

We present a new language model adaptation framework integrated with an error handling method to improve accuracy of speech recognition and performance of spoken language applications. The proposed error corrective language model (ECLM) adaptation approach exploits recognition environment characteristics and domain-specific semantic information to provide robustness and adaptability for a spoke...

We present a mechanism for implementation of error control coding over a new chip-to-chip signaling technology called multi-bit differential signaling (MBDS). MBDS is a low-power, area and pin efficient alternative to serial differential links, and consists of a new driver and link termination network design coupled with a novel coding system based on “n choose m” (nCm) codes. Our error handlin...

Computing has always had to live with errors, especially in data transmission and data recording. Sometimes these errors are only a nuisance and a simple retry can obtain satisfactory, accurate, data. But sometimes an error can be serious, and perhaps even disastrous if an accurate original copy is inaccessible. Two related, but somewhat parallel disciplines, have developed to deal with the han...

BACKGROUND The aim of this study was to compare reliability in handling and function of resterilised and single-use disposable ultrasonic scissors. METHODS In a prospective randomized study, the surgeon blindly tested new and resterilised ultrasonic scissors. The parameters were force of activation, cutting effect, coagulation effect, error messages and disturbing generator noise. RESULTS 5...

This paper analyses a multi-compressor system for its performance failures and subsequent improvements. The logbook data of this system has been obtained. Data has been classified using various state-of-art data classification techniques. This paper presents a comparative analysis of Fuzzy clustering algorithm, Hard-c-means clustering and Gustafson-Kessel clustering algorithm. Data clustering e...

We present a cache-based approach to handling the difficult problem of performing visually acceptable texture resampling/filtering while ray-tracing. While many good methods have been proposed to handle the error introduced by the ray-tracing algorithm when sampling in screen space, handling this error in texture space has been less adequately addressed. Our solution is to introduce the Convolu...

The Boundary Element Method (BEM) is a well-established numerical method for simulation of physical phenomena including structural, fluid flow and heat transfer analysis. It is particularly interesting in electromagnetics because of its handling of open region problems and its accuracy in computing the fields where gradients are high. Classical BEM, however, does not inherently contain a facili...