Mark Weichold | Academic Influence

Mark Weichold's AcademicInfluence.com Rankings

Mark Weichold

Computer Science

#13192

World Rank

#14172

Historical Rank

Machine Learning

#6151

World Rank

#6254

Historical Rank

Artificial Intelligence

#6613

World Rank

#6736

Historical Rank

Database

#10326

World Rank

#10972

Historical Rank

computer-science Degrees

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Computer Science

Mark Weichold's Degrees

PhD Computer Science University of Texas at Austin
Masters Computer Science University of Texas at Austin
Bachelors Computer Science University of Texas at Austin

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Why Is Mark Weichold Influential?

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According to Wikipedia, Mark Weichold is an engineer from Texas A&M University at Qatar, Doha. He was named a Fellow of the Institute of Electrical and Electronics Engineers in 2015 for his contributions to international development of engineering education.

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Mark Weichold'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

Experimental Investigation of Micro Heat Pipes Fabricated in Silicon Wafers (1993) (161)
Fabrication of vapor-deposited micro heat pipe arrays as an integral part of semiconductor devices (1995) (51)
On the Use of Micro Heat Pipes as an Integral Part of Semiconductor Devices (1992) (45)
Fabrication of a gated gallium arsenide heterostructure resonant tunneling diode (1990) (15)
Porous silicon field emission cathode development (1995) (15)
Experimental investigation of microwave-optoelectronic interactions in a microstrip ring resonator (1991) (14)
On the equivalent circuit for the illuminated semiconductor electrolyte interface (1985) (12)
A high temperature GaP MESFET (1982) (11)
Materials characterization for high temperature transformers (1980) (9)
MICROWAVE PERFORMANCE OF NONLINEAR OPTOELECTRONIC MICROSTRIP RING RESONATOR (1991) (8)
Fabrication and Characterization of Gated Porous Silicon Cathode Field Emission Arrays (1998) (8)
Analysis of defect-assisted tunneling based on low frequency noise measurements of resonant tunnel diodes (1989) (7)
Optically excited microwave ring resonators in gallium arsenide (1989) (7)
Down-Conversion of Microwave Optoelectronic Signals in a GaAs Microstrip Ring Resonator (1996) (6)
Low‐frequency noise measurements on AlGaAs/GaAs resonant tunnel diodes (1989) (6)
Nonlinear regression technique for parameter extraction from field‐emission data (1993) (6)
Porous silicon electron-emitting source (1990) (5)
Imaging Latch-up Sites in CMOS Integrated Circuits Using Laser Scanning (1985) (5)
Cognitive Radio Oriented Wireless Networks (2015) (5)
Improved Monolithic Vacuum Field Emission Diodes (1993) (4)
Manufacturable vacuum field emission diodes (1993) (4)
EXPERIMENTAL MEASUREMENTS OF RADIATION DAMAGE TO POWER DIODES AT CRYOGENIC TEMPERATURE (1987) (3)
Resistive mixing and parametric up-conversion of microwave optoelectronic signals in a microstrip ring resonator (1991) (3)
MESFET fabrication and hall mobility measurements in LPE-grown InxGa1−xP layers lattice-matched to GaAs (1986) (3)
Blue light emission observed in a monolithic thin film edge emission vacuum microelectronic device (1995) (3)
Work in Progress: First-year Curricular Change in Engineering at a Texas A&M University Through Partnering with Physics (2020) (2)
Microwave-optoelectronic performance of a ridged heterostructure microstrip ring resonator (1993) (2)
Simulation study of compact quantising circuits using multiple-resonant tunnelling transistors (1998) (2)
Fabrication and characterization of a monolithic thin-film edge emitter device with zinc–oxide–tungsten-based thin-film phosphor (2004) (2)
Film Preparation Conditions and Characterization of Co-Deposited Tungsten Doped Zinc Oxide Phosphor (1999) (2)
GaP Schottky diodes for high temperature applications (1981) (2)
Fabrication of a nanoscale, in‐plane gated quantum wire by low energy ion exposure (1994) (2)
Improved microwave test fixture for brittle substrate materials (1989) (1)
Fabrication and Low Temperature Transport Studies of Sub-Micron, In-Plane Gated Fets Defined by Low Energy Ion Exposure (1993) (1)
GaP electron mobility empirically related to donor concentration and temperature (1985) (1)
Effects of evanescent modes and subband mixing in resonant tunneling transistors (1997) (1)
An optically excited microwave ring resonator on a gallium arsenide substrate (1989) (0)
Millimeter-Wave Generation Using Sideband Locked Lasers (1987) (0)
Optical Techniques For Microwave/Millimeter-Wave Generation (1989) (0)
A GaP MESFET for High Temperature Applications (1982) (0)
SIMULATION OF DEFECT ASSISTED TUNNELING AND ITS EFFECT ON I‐V CHARACTERISTICS IN RESONANT TUNNELING DIODES (1993) (0)
First Generation Engineering Student Mentoring Program: A Case Study of a Large Engineering School in the U.S. (2018) (0)
Nonlinear optical microwave interactions in microstrip linear resonators in GaAs (1994) (0)
EVANESCENT MODES AND SCATTERING EFFECTS ON RESONANT TUNNELING IN ZERO DIMENSIONAL NANOSTRUCTURES: A SCATTERING MATRIX APPROACH (1993) (0)
Ring resonators for microwave optoelectronics (1991) (0)
A survey of materials suitable for the fabrication of a high temperature transformer (1980) (0)
— 8 : 45 am Welcome and Remarks by Prabir Daripa 8 : 45 — 9 : 45 am “ Mathematical and Computational Aspects of Chemincal Enhanced Oil Recovery Process (2013) (0)
Lateral Periodicity and Confinement (1989) (0)
Materials for 300 to 500/sup 0/C magnetic components (1980) (0)
Quench protection diode irradiation tests by the Texas Accelerator Center (1986) (0)

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What Schools Are Affiliated With Mark Weichold?

Mark Weichold is affiliated with the following schools: