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Energy Efficient CMOS Microprocessor Design
- PROCEEDINGS OF THE 28TH ANNUAL HAWAII INTERNATIONAL CONFERENCE ON SYSTEM SCIENCES
, 1995
"... Reduction of power dissipation in microprocessor design is becoming a key design constraint. This is motivated not only by portable electronics, in which battery weight and size is critical, but by heat dissipation issues in larger desktop and parallel machines as well. By identifying the major mode ..."
Abstract
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Cited by 163 (4 self)
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Reduction of power dissipation in microprocessor design is becoming a key design constraint. This is motivated not only by portable electronics, in which battery weight and size is critical, but by heat dissipation issues in larger desktop and parallel machines as well. By identifying the major
Future Trend of Microprocessor Design
- In 28th European Solid-State Circuits Conference, 2002. Performance Evaluation
, 2002
"... this paper, we will examine key architectural and process technology trends that affect microprocessor designs in the next decade ..."
Abstract
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Cited by 5 (0 self)
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this paper, we will examine key architectural and process technology trends that affect microprocessor designs in the next decade
Microprocessor Design Verification
- Journal of Automated Reasoning
, 1989
"... The verification of a microprocessor design has been accomplished using a mechanical theorem prover. This microprocessor, the FM8502, is a 32-bit general purpose, von Neumann processor whose design-level (gate-level) specification has been verified with respect to its instruction-level specification ..."
Abstract
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Cited by 60 (3 self)
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The verification of a microprocessor design has been accomplished using a mechanical theorem prover. This microprocessor, the FM8502, is a 32-bit general purpose, von Neumann processor whose design-level (gate-level) specification has been verified with respect to its instruction
HARDWARE COMPLEXITY OF MICROPROCESSOR DESIGN ACCORDING
"... The increasing of the number of transistors on a chip, which plays the main role in improvement in the performance and increasing the speed of a microprocessor, causes rapidly increasing of microprocessor design complexity. Based on Moore’s Law the number of transistors should be doubled every 24 mo ..."
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The increasing of the number of transistors on a chip, which plays the main role in improvement in the performance and increasing the speed of a microprocessor, causes rapidly increasing of microprocessor design complexity. Based on Moore’s Law the number of transistors should be doubled every 24
Verification-Aware Microprocessor Design
"... The process of verifying a new microprocessor is a major problem for the computer industry. Currently, architects design processors to be fast, power-efficient, and reliable. However, architects do not quantify the impact of these design decisions on the effort required to verify them, potentially i ..."
Abstract
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Cited by 6 (2 self)
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The process of verifying a new microprocessor is a major problem for the computer industry. Currently, architects design processors to be fast, power-efficient, and reliable. However, architects do not quantify the impact of these design decisions on the effort required to verify them, potentially
MICROPROCESSOR DESIGN Functions
"... T his chapter focuses on the fundamentals of digital logic and design, with numerous examples from both computer hardware design and “ everyday life ” events to demonstrate that digital logic is not confined to designing computers. My objective is to equip the engineer or student with sufficient kno ..."
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T his chapter focuses on the fundamentals of digital logic and design, with numerous examples from both computer hardware design and “ everyday life ” events to demonstrate that digital logic is not confined to designing computers. My objective is to equip the engineer or student with sufficient
Teaching Microprocessor Design and Testing
"... This paper describes the motivation for and experience in developing a senior design course which focuses on the implementation aspects of computer architecture. This course is specifically designed for undergraduate computer engineering curricula. The course objective is to place a RISC CPU design ..."
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This paper describes the motivation for and experience in developing a senior design course which focuses on the implementation aspects of computer architecture. This course is specifically designed for undergraduate computer engineering curricula. The course objective is to place a RISC CPU design
Trends in EmbeddedMicroprocessor Design
"... rformance that determines whether we classify a device as a microcontroller or not; thus, 8- and 16-bit devices are normally called microcontrollers. More recently, the market for 32-bit embedded processors has been growing. This trend may seem strange to developers of brake control systems or washi ..."
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-bit embedded processors In the 32-bit embedded-processor market, we find more than 100 vendors and two dozen instruction set architectures. 3 In 1996, the most successful embedded microprocessor was Motorola's 68000 architecture; and although its further evolution came to a certain end
HIGH-PERFORMANCE ALPHA MICROPROCESSOR DESIGN
"... Elements of successful high-performance microprocessor design are discussed. Subjects presented include clock distribution, latches, and design methods and techniques. General design trends are mentioned where appropriate. Tradeoffs between circuit performance and electrical integrity are emphasized ..."
Abstract
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Cited by 1 (0 self)
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Elements of successful high-performance microprocessor design are discussed. Subjects presented include clock distribution, latches, and design methods and techniques. General design trends are mentioned where appropriate. Tradeoffs between circuit performance and electrical integrity
Collection and Analysis of Microprocessor Design Errors
- IEEE Design & Test of Computers
, 2000
"... Abstract. Research on practical design verification techniques has long been impeded by the lack of published and yet detailed error data. Over the last few years we have systematically collected design error data from a number of academic microprocessor design projects. We present an analysis of th ..."
Abstract
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Cited by 6 (0 self)
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Abstract. Research on practical design verification techniques has long been impeded by the lack of published and yet detailed error data. Over the last few years we have systematically collected design error data from a number of academic microprocessor design projects. We present an analysis
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