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Adhesive bonding. --- Fixtures. --- Piezoelectricity. --- Polymeric films. --- Sound detecting and ranging.
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Noise generators. --- Meteorology. --- Sound detecting and ranging. --- Acoustics. --- Noise.
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Signal detectors. --- Sound detecting and ranging. --- Leakage. --- Acoustic emission. --- International Space Station. --- Signal transmission. --- Sound generators. --- Sound waves.
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On line testing and more generally design for robustness, are important in modern electronic systems. These needs increased dramatically with the introduction of nanometer technologies, which impact adversely noise margins process, voltage and temperature variations aging and wear out soft error and EMI sensitivity and power density and make mandatory the use of design for robustness techniques for extending, yield, reliability, and lifetime of modern SoCs Design for reliability is also mandatory for reducing power dissipation, as reducing voltage for reducing power strongly affects reliability by reducing noise margins and thus the sensitivity to soft errors and EMI, and by increasing circuit delays which increase sensitivity to timing faults Design for Security is also strongly related with Design for Reliability, as security attacks are often fault based IOLTS is an established forum for presenting novel ideas and experimental data on these areas.
Electronic circuit design --- Error-correcting codes (Information theory) --- Codes, Error-correcting (Information theory) --- Error-detecting codes (Information theory) --- Forbidden-combination check (Information theory) --- Self-checking codes (Information theory) --- Artificial intelligence --- Automatic control --- Coding theory --- Information theory
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Error-correcting codes (Information theory) --- Electronic circuit design --- Codes, Error-correcting (Information theory) --- Error-detecting codes (Information theory) --- Forbidden-combination check (Information theory) --- Self-checking codes (Information theory) --- Artificial intelligence --- Automatic control --- Coding theory --- Information theory
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Error-correcting codes (Information theory) --- Electronic circuit design --- Online data processing --- Codes, Error-correcting (Information theory) --- Error-detecting codes (Information theory) --- Forbidden-combination check (Information theory) --- Self-checking codes (Information theory) --- Artificial intelligence --- Automatic control --- Coding theory --- Information theory
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Fundamentals of Error Correcting Codes is an in-depth introduction to coding theory from both an engineering and mathematical viewpoint. As well as covering classical topics, there is much coverage of techniques which could only be found in specialist journals and book publications. Numerous exercises and examples and an accessible writing style make this a lucid and effective introduction to coding theory for advanced undergraduate and graduate students, researchers and engineers, whether approaching the subject from a mathematical, engineering or computer science background.
Error-correcting codes (Information theory) --- Codes, Error-correcting (Information theory) --- Error-detecting codes (Information theory) --- Forbidden-combination check (Information theory) --- Self-checking codes (Information theory) --- Artificial intelligence --- Automatic control --- Coding theory --- Information theory
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Error-correcting codes (Information theory) --- Electrical & Computer Engineering --- Engineering & Applied Sciences --- Telecommunications --- Codes, Error-correcting (Information theory) --- Error-detecting codes (Information theory) --- Forbidden-combination check (Information theory) --- Self-checking codes (Information theory) --- Artificial intelligence --- Automatic control --- Coding theory --- Information theory
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Cet ouvrage est consacré à l'une des fonctions essentielles des systèmes de télécommunications modernes : le codage de canal ou codage correcteur d'erreurs. À la croisée de la théorie de l'information, des mathématiques et de l'électronique, le codage de canal a connu de nombreux développements depuis les travaux fondateurs de Claude Shannon. Du simple code de Hamming (1950) aux récents turbocodes (1993) en passant par les codes LDPC (1962), le codage de canal a considérablement évolué et a intégré des concepts de plus en plus sophistiqués, en particulier le traitement probabiliste de l'inform
Error-correcting codes (Information theory) --- Codes, Error-correcting (Information theory) --- Error-detecting codes (Information theory) --- Forbidden-combination check (Information theory) --- Self-checking codes (Information theory) --- Artificial intelligence --- Automatic control --- Coding theory --- Information theory
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