The language property of error-detection ensures that the communications medium cannot transform a word of the language to another word of the language. In this paper we provide some insights on the notion of error-detection from a language theoretic point of view. We de ne certain error-detecting

Error concealment techniques are useful in video transmission over channels that introduce bit errors. The efficiency and result of error concealment technique, however, rely on the error detection capabilities of video decoders. A novel error detection technique employing fragile watermarking

Decimal-oriented error detection schemes are explored in the context of one particular company project.

A fixed-length binary code is called t--unidirectional error detecting if no codeword can be transformed into another codeword by at most t unidirectional errors. In this paper we consider the problem of mapping information sequences of length k into codewords of a t-unidirectional error

desirable to receive data with fewer bit errors. This motivates the use of error- detection techniques. Various types of error detection techniques and codes are used. Some are used for detection of single bit errors and some are for burst errors or multiple bit errors. In this paper, a simple error

Abstract: TTP/C and FlexRay are two protocols that have been designed for use in time-triggered systems for safety-critical applications. This paper investigates the fault-containment and error-detection mechanisms of safety-critical time-triggered systems that are based on these two protocols

This paper describes an error detection mechanism which helps in validation of dependency treebank annotation. Consistency in treebank annotation is a must for making data as errorfree as possible and for assuring the usefulness of treebank. This work is aimed at ensuring this consistency

correlations with the original 20-probe PM/MM difference model. MBEI method is able to extend the reliable detection limit of expression to a lower mRNA concentration. The standard errors of MBEI can be used to construct confidence intervals of fold changes, and the lower confidence bound of fold change is a

Abstract. Specifications are necessary in order to find software bugs using program verification tools. This paper presents a novel automatic specification mining algorithm that uses information about error handling to learn temporal safety rules. Our algorithm is based on the observation

this article are two-fold: (1) to introduce and characterize a variety of hardwareand software- based error detection techniques and (2) more importantly, to illustrate and discuss these techniques in real-world systems and applications. Consequently, the paper does not aim at providing