Takashi Masuda | Academic Influence

Takashi Masuda 's AcademicInfluence.com Rankings

Takashi Masuda

Computer Science

#6798

World Rank

#7163

Historical Rank

Computational Linguistics

#3344

World Rank

#3390

Historical Rank

Machine Learning

#6271

World Rank

#6389

Historical Rank

Artificial Intelligence

#6743

World Rank

#6883

Historical Rank

computer-science Degrees

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Computer Science

Takashi Masuda 's Degrees

Bachelors Computer Science University of Tokyo
Masters Computer Science University of Tokyo
PhD Computer Science University of Tokyo

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Why Is Takashi Masuda Influential?

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According to Wikipedia, is a Japanese computer scientist. He was born in Hagi City, Yamaguchi Prefecture in 1939. Masuda graduated from the University of Tokyo in 1963, and received his MS degree in 1956 there. From 1956 to 1977, he worked at Hitachi's Central Research Center and then Systems Laboratory, studying from 1969 at Carnegie Mellon University's Computer Science School on a sabbatical. He received his PhD from University of Tokyo. His doctorate thesis was on the "Analysis and Evaluation of the Computer System Which Uses Virtual Memory".

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Takashi Masuda '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

An interface circuit for high-accuracy signal processing of differential-capacitance transducers (1996) (63)
A high-accuracy high-speed signal processing circuit of differential-capacitance transducers (1998) (40)
A digital output piezoelectric accelerometer using a Pb(Zr, Ti)O3 thin film array electrically connected in series (2010) (37)
A digital output accelerometer using MEMS-based piezoelectric accelerometers and arrayed CMOS inverters with satellite capacitors (2011) (26)
Ultra-Low Power Event-Driven Wireless Sensor Node Using Piezoelectric Accelerometer for Health Monitoring (2009) (20)
A digital output piezoelectric accelerometer for ultra-low power wireless sensor node (2008) (19)
Development of custom CMOS LSI for ultra-low power wireless sensor node in health monitoring systems (2011) (15)
Development of ultra low power wireless sensor node with piezoelectric accelerometer for health monitoring (2013) (11)
A Digital Output Piezoelectric Accelerometer using Pattenrned Pb(Zr, Ti)O3 Thin Films Electrically Connected in Series (2009) (11)
Development of a sensor system for animal watching to keep human health and food safety (2010) (10)
Piezoelectric switch to activate event-driven wireless sensor node by several Hz of vibration (2011) (6)
Detection of Hydrogen in Steel at Elevated Temperatures by an Electrochemical Method (1986) (6)
Development of Miniaturized 300-MHz Frequency Band Antenna with H-Bridge Power Amplifier for Wireless Sensor Node (2011) (6)
Impact of Reflow on the Output Characteristics of Piezoelectric Microelectromechanical System Devices (2012) (5)
Development of Low Power Technologies for Health Monitoring System Using Wireless Sensor Nodes (2012) (5)
Stable and Corrosion-Resistant Sapphire Capacitive Pressure Sensor for High Temperature and Harsh Environments (2001) (5)
Development of Noncontact Body Temperature Monitoring and Prediction System for Livestock Cattle (2021) (4)
Development and Use of a Micro Optical Blood Flow Sensor Based on Systemin Package (SIP) Technology that Fuses Optical MEMS and Integrated Circuit to Detect Avian Influenza (2007) (4)
Hydrogen attack produced by an electrochemical method using molten salts. (1985) (3)
A Digital Output Accelerometer Using MEMS-based Piezoelectric Accelerometer Connected to Parallel CMOS Circuit (2010) (3)
Ultra-low Power MEMS Activity Sensor for Wireless Health Monitoring System (2014) (3)
Development of an Anomaly Detection System for Cattle Using Infrared Image and Machine Learning (2020) (3)
A micro optical blood flow sensor and its application to detection of avian influenza (2009) (2)
Micro‐Optical Blood Flow Sensor Based on System in Package (SiP) Technology that Fuses Optical MEMS and Intergrated Circuit to Detect Avian Influenza (2008) (2)
Development of wireless communication methods for decreasing the power consumption of sensor nodes (2012) (2)
Detection of Hydrogen in a Steel at Elevated Temperatures by an Electrochemical Method (1986) (1)
Sensor and method for its production (1999) (0)
A process for producing a capacitive pressure sensor (1992) (0)
Simultaneous Multi-channel Receiver for Sensor Network Systems with Star Topology (2014) (0)
Relation between Power Management MEMS and Packaging (2006) (0)
A health monitoring system for chickens by using wireless sensors (2010) (0)
Development of a new miniaturized 300-MHZ frequency band antenna for wireless microsensor nodes (2009) (0)
Capacitance-Type Micro Pressure Sensor Using Single-Crystalline Sapphire (2001) (0)
A high-accuracy, high-speed signal processing circuit of differential-capacitance transducers (1998) (0)
A High-Accuracy Signal Processing Circuit for Differential-Capacitance Type Pressure Transducers (1997) (0)
Influence of Residual Fluxes on Electrical Properties of Printed Circuit Boards (1995) (0)
A capacitive pressure sensor (2000) (0)
811 A piezoelectric MEMS switch to activate event-driven type wireless sensor node using low-frequency vibrations (2011) (0)
Method of manufacturing a capacitive pressure sensor (1992) (0)
DRY ETCHING METHOD AND β-DIKETONE-FILLED CONTAINER (2018) (0)

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Other Resources About Takashi Masuda

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What Schools Are Affiliated With Takashi Masuda ?

Takashi Masuda is affiliated with the following schools: