Chris Rowen | Academic Influence

Chris Rowen's AcademicInfluence.com Rankings

Chris Rowen

Computer Science

#3747

World Rank

#3938

Historical Rank

Computer Architecture

#89

World Rank

#91

Historical Rank

Database

#9999

World Rank

#10604

Historical Rank

computer-science Degrees

Chris Rowen

Engineering

#3451

World Rank

#4532

Historical Rank

Electrical Engineering

#2603

World Rank

#2732

Historical Rank

engineering Degrees

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Computer Science
Engineering

Chris Rowen's Degrees

Bachelors Electrical Engineering Stanford University
Masters Electrical Engineering Stanford University
PhD Electrical Engineering Stanford University

Why Is Chris Rowen Influential?

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According to Wikipedia, Chris Rowen is an American entrepreneur and technologist. Rowen is one of the founders of MIPS Computer Systems, Inc in 1984, of Tensilica Inc. in 1997 and of Babblelabs, Inc in 2017. Rowen was named Fellow of the Institute of Electrical and Electronics Engineers in 2016 for leadership in the development of microprocessors and reduced instruction set computers.

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Chris Rowen's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Using Convolutional Neural Networks for Image Recognition By (2015) (162)
MIPS: A microprocessor architecture (1982) (90)
Hardware/software instruction set configurability for system-on-chip processors (2001) (85)
Engineering the complex SOC : fast, flexible design with configurable processors (2004) (82)
Engineering the Complex SOC (2004) (71)
The MIPS Machine (1982) (71)
Energy-Efficient Computing for Extreme-Scale Science (2009) (61)
Design of a high performance VLSI processor (1983) (58)
DAC-SDC Low Power Object Detection Challenge for UAV Applications (2018) (46)
A CMOS RISC Processor with Integrated System Functions (1986) (44)
Organization and VLSI implementation of MIPS (1984) (41)
Hierarchical CNN for traffic sign recognition (2016) (36)
Reducing SoC Simulation and Development Time (2002) (32)
Measurement and evaluation of the MIPS architecture and processor (1988) (26)
The MIPS R3010 floating-point coprocessor (1988) (21)
A DSP architecture optimized for wireless baseband (2009) (16)
Flexible architectures for engineering successful SOCs (2004) (15)
Configurable Multi-Processor Platforms for Next Generation Embedded Systems (2007) (14)
A pipelined 32b NMOS microprocessor (1984) (13)
Graphics Processing Unit (2011) (12)
Implementing low-power configurable processors - practical options and tradeoffs (2005) (11)
Automated processor generation for system-on-chip (2001) (11)
SWAMI: A Flexible Logic Implementation System (1985) (8)
Hardware/Software Instruction Set Configurability (2001) (6)
Sailing on a Sea of Processors (1999) (5)
The world's fastest DSP core: Breaking the 100 GMAC/s barrier (2011) (5)
Functional verification—real users, real problems, real opportunities (panel) (1999) (4)
Common Bonds: MIPS, HPS, Two-Level Branch Prediction, and Compressed Code RISC Processor (2016) (2)
Performance issues in VLSI processor design (1983) (2)
Using configurable processors for high-efficiency multiple-processor systems (2006) (2)
Evaluating Architectures for Application-Specific Parallel Scientific Computing Systems (2008) (1)
Method for Hybrid Precision Convolutional Neural Network Representation (2018) (1)
Future systems-on-chip (panel session): software of hardware design? (2000) (1)
Grand challenges in embedded systems (2005) (1)
Future systems-on-chip: software of hardware design? (panel session). (2000) (1)
What happened to ASIC?: Go (recon)figure? (2004) (1)
The Reinvention of the Microprocessor (2006) (1)
Performance and Flexibility for Multiple-Processor SoC Design (2005) (1)
Grand challenges in embedded systems (2005) (1)
Green Flash: Climate Machine (LBNL) (2011) (1)
Are we there yet? Has IP block assembly become as easy as LEGO? (2010) (0)
Panel Title: Reconfigurable Computing " Different Perspectives (2003) (0)
Who Owns the Platform? (2002) (0)
Session details: Embedded hardware design case studies (2003) (0)
Fast food automation (1987) (0)
In Conversation with Tensilica CEO Chris Rowen (2008) (0)
Five forces shaping the silicon world: Advanced sensing and intelligence in IoT and vision (2015) (0)
Are we there yet? Has IP block assembly become as easy as LEGO?: Where are we going? Are HW/SW subsystems the future of IP? (2010) (0)
Think outside the bus (2004) (0)
SOC logic development using configurable, application-specific processors (2003) (0)
Session details: Processors and accelerators for embedded applications (2002) (0)
Election year: What the electronics industry needs-and can expect-from the incoming administration (2008) (0)

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Other Resources About Chris Rowen

en.wikipedia.org

What Schools Are Affiliated With Chris Rowen?

Chris Rowen is affiliated with the following schools:

Stanford University