Microprocessor
Gerard O’Regan · 2018
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About 10,000 papers for “Microprocessor”
Gerard O’Regan · 2018
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K Omura · PubMed · 1977
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WORLD SCIENTIFIC eBooks · 2015
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2001
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Hoang Duc Ngo, Hoang Nguyen Thanh Hau, Vinh Ngo et al. · Science and Technology Development Journal · 2009
After the first success with SigmaK3 [1], we have designed and developed the second 8-bit microprocessor chip, dubbed HN-07, with high performance and additional features. HN-07is based on the original Sigmak3 architecture with a number of improved features, namely 5-stage pipeline architecture, interrupt controller, more on-chip peripherals, higher operational stability and frequency. This improved architecture makes HN-07 microprocessor equivalent with others such as Intel 8051, Microchip PIC, etc. Our complete design, from front-end through back-end stages, has been taped out and supplied to an overseas foreign foundry for trial fabrication. Further detail on the evaluation of its performance will be reported in the future.
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Shafuda, FS · UNAM Scholarly Repository (University of Namibia) · 2025
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SpringerReference · 2011
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J. C. Cluley · 1985
Although transducers and other data handling devices have been attached to digital computers almost since their inception, the introduction of large scale integrated circuits caused considerable changes in the design of interface circuits.
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PAUL SCHICK · Nature · 1977
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H. Troy Nagle, R.R. Fritzemeier, J.E. Van Well et al. · IEEE Transactions on Industrial Electronics · 1989
As the level of microprocessor complexity increases to several hundred thousand transistors for a single-chip machine, it is becoming very difficult to test commercially available designs to the level of fault coverage desired by some customers. In order to achieve near 100-percent coverage of single stuck-at faults, future microprocessors must be designed with special testing features (designed for testability). The authors describe the testing problem for microprocessors, including the various methods of generating test sets and their application by the user. A survey of the testability features of some of today's commercially available microprocessors is presented. Suggestions for testability features for future-generation microprocessors are also discussed.< <ETX xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">></ETX>
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Electronics and Power · 1975
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Alistair Armitage · Microprocessors and Microsystems · 1990
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Elsevier eBooks · 1995
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E.L. Dagless · Computer Physics Communications · 1982
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Van Nostrand's Scientific Encyclopedia · 2005
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Vears, R E · CERN Document Server (European Organization for Nuclear Research) · 2014
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Ponpandi, Swamy Dhoss · The Research Repository @ WVU (West Virginia University) · 2018
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Hefeida, Mohamed · The Research Repository @ WVU (West Virginia University) · 2022
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Sanskriti Pahinkar, Harshita Neg · 2014
Abstract- In today’s fast growing world, efficiency and speed plays an important role. Asynchronous design has been proposed to overcome various problems incurred due to synchronous architectures. This thesis starts with comparing synchronous and asynchronous designs and further describes different asynchronous process designs. Index Terms- asynchronous design, clock skew, handshaking, micro-pipeline, synchronous processor. A I.
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Абрамов, Вадим Олексійович, Котул, Євген Сергійович · Borys Grinchenko Kyiv University Institutional repository (Borys Grinchenko Kyiv University) · 2015
Пропонується проект обмеженої за ресурсами мережі для контролю та управління параметрами об’єктів, які розповсюджені на деякому просторі. Мережа побудована згідно концепції сенсорних мереж і має ієрархічний вигляд з вузлами на мікроконтролерах і спеціалізованих радіомодулях. Вузли виконують функції збору інформації, функції виконання управлінських рішень, а також зв’язку з центральними вузлами обробки інформації і функції маршрутизації інформаційних потоків у мережі. Вузли пропонується будувати на відомих популярних мікроконтролерах.
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