ERROR DETECTING AND ERROR CORRECTING CODES and MEMORY REQUIREMENTS IN A TELEPHONE EXCHANGE and THEORY OF RELATION BETWEEN HOLE CONCENTRATION AND CHARACTERISTICS OF GERMANIUM POINT CONTACTS In The Bell System Technical Journal, Vol. 29, 1950 pp. 147-160...

ERROR DETECTING AND ERROR CORRECTING CODES and MEMORY REQUIREMENTS IN A TELEPHONE EXCHANGE and THEORY OF RELATION BETWEEN HOLE CONCENTRATION AND CHARACTERISTICS OF GERMANIUM POINT CONTACTS In The Bell System Technical Journal, Vol. 29, 1950 pp. 147-160...

R.W. Hamming , Claude Elwood Shannon , John Bardeen
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Jan 1, 1950 · Anglais · Relié
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Détails du livre

Format Relié
Langue Anglais
Publié Jan 1, 1950
Éditeur American Telephone and Telegraph

Description

This collection, part of The Bell System Technical Journal, presents groundbreaking insights into the fields of error detection, error correction codes, and semiconductor technology. R.W. Hamming delves into the intricacies of coding theory, demonstrating how robust error correction methods can enhance communication systems. His contributions are foundational in ensuring data integrity across various platforms.

Meanwhile, Claude Shannon, a pioneer in information theory, explores the relationship between error-correcting codes and memory requirements in telephone exchanges. Additionally, John Bardeen examines the properties of germanium point contacts, offering a technical analysis that bridges theory and practical application. Together, these esteemed authors provide a comprehensive overview of mid-20th century advancements in telecommunications and electronics.
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