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Overview

Albert J. Ahumada is affiliated with the Ames Research Center in the United States. Their work is positioned within a scientific and research institution known for contributions to aeronautics and space exploration technologies.

Although specific papers authored by Albert J. Ahumada are not listed, their association with an institution like Ames Research Center suggests involvement in fields related to aerospace, engineering, or physical sciences typically supported by this center.

No detailed information is provided regarding co-authors, which implies a lack of publicly available data on collaborative research or a focus on solitary work within their career documentation.

The absence of publication venues and book publications means there is limited public record on where or how extensively Albert J. Ahumada disseminates research findings, or on contributions to academic books.

No explicit data exists on the main fields or subfields of study, or specific topics of work, limiting the ability to detail specialized research interests or expertise areas.

There is also no record of awards won by Albert J. Ahumada, indicating either that no formal recognitions are documented or not included in the source data provided.

Albert J. Ahumada is noted as living, therefore the overview is written in present tense, reflecting ongoing potential contributions to their field.

Best Publications

  • A standard model for foveal detection of spatial contrast.

    Andrew B. Watson;Albert J. Ahumada

  • Improved detection model for DCT coefficient quantization

    Heidi A. Peterson;Albert J. Ahumada;Andrew B. Watson

  • Visual signal detection in structured backgrounds. II. Effects of contrast gain control, background variations, and white noise

    Miguel P. Eckstein;Albert J. Ahumada;Andrew B. Watson

  • Technique to extract relevant image features for visual tasks

    Bettina L. Beard;Albert J. Ahumada

  • Visibility of DCT basis functions: effects of contrast masking

    J.A. Solomon;A.B. Watson;A. Ahumada

  • Putting the visual system noise back in the picture

    Albert J. Ahumada

  • Sensor fusion for synthetic vision

    M. Pavel;J. Larimer;A. Ahumada

  • Enhanced/Synthetic Vision Systems: Human Factors Research and Implications for Future Systems

    David C. Foyle;Albert J. Ahumada;James Larimer;Barbara Townsend Sweet

  • Towards a spatio-chromatic standard observer for detection

    Sophie M. Wuerger;Andrew B. Watson;Albert J. Ahumada

  • Learning by assertion: Two methods for calibrating a linear visual system

    Laurence T. Maloney;Albert J. Ahumada

  • A visual detection model for DCT coefficient quantization

    Albert J. Ahumada;Heidi A. Peterson

  • Nonlinear features in vernier acuity

    Erhardt Barth;Bettina L. Beard;Albert J. Ahumada

  • Image discrimination models predict signal detection in natural medical image backgrounds

    Miguel P. Eckstein;Albert J. Ahumada;Andrew B. Watson

  • Discrete cosine transform (DCT) basis function visibility: effects of viewing distance and contrast masking

    Andrew B. Watson;Joshua A. Solomon;Albert J. Ahumada;Alan Gale

  • Color matrix display simulation based on luminance and chromatic contrast sensitivity of early vision

    Russel A. Martin;Albert J. Ahumada;James O. Larimer

  • Models of human image discrimination predict object detection in natural backgrounds

    Albert J. Ahumada;Andrew B. Watson;Ann Marie Rohaly

  • 64.3: Flicker Visibility: A Perceptual Metric for Display Flicker

    Andrew B. Watson;Albert J. Ahumada

  • Engineering a visual system for seeing through fog

    J. Larimer;M. Pavel;A. Ahumada;B. Sweet

  • The Visibility of DCT Quantization Noise: Spatial Frequency Summation

    H. A. Peterson;A. J. Ahumada;A. B. Watson;Irving C. Statler

  • Using Vision Modeling to Define Occupational Vision Standards

    Bettina L. Beard;Talissa A. Frank;Albert J. Ahumada

Frequent Co-Authors

Laurence T. Maloney
Laurence T. Maloney New York University

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