Umang Doshi

San Francisco Bay Area Contact Info
2K followers 500+ connections

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About

• Product Marketing Manager (PMM) with more than 15 years of proven experience in the…

Activity

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Experience & Education

  • Cadence Design Systems

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Licenses & Certifications

Volunteer Experience

  • Admin

    Berryessa Cataldi Indians

    - Present 9 years 7 months

    Social Services

    Built the local community group of Neighbors, now with over 200 families in the Cataldi Park Neighborhood. Manage social activities, connecting people and families

  • University of Massachusetts Lowell Graphic

    President of Indian Student Association

    University of Massachusetts Lowell

    Education

Publications

  • Optimized Solutions for Arm Processors for HPC and AI

    SAFE forum

    Presented at SAFE forum

    See publication
  • Arm and Samsung Foundry are now collaborating on 7nm and beyond

    Design and Reuse, Arm community Blog, Umang Doshi

  • Symbolic Simulation for Functional Verification of Embedded Memory Using ESP-CV

    David Zhu, Rajaram Mouli, Hemant Joshi, Umang Doshi - ARM, Inc

  • Scanning the Pressure-Induced Distortions of Fingerprints

    S Mil'shtein & D Umang, Scanning, vol. 26, no 6, 2004

    Fingerprint recognition technology is an important part of criminal investigations it is the basis of some security systems and an important tool of government operations such as the Immigration and Naturalization Services, registration procedures in the Armed Forces, and so forth. After the tragic events of September 11, 2001, the importance of reliable fingerprint recognition technology became even more obvious. In the current study, pressure‐induced changes of distances between ridges of a…

    Fingerprint recognition technology is an important part of criminal investigations it is the basis of some security systems and an important tool of government operations such as the Immigration and Naturalization Services, registration procedures in the Armed Forces, and so forth. After the tragic events of September 11, 2001, the importance of reliable fingerprint recognition technology became even more obvious. In the current study, pressure‐induced changes of distances between ridges of a fingerprint were measured. Using calibrated silicon pressure sensors we scanned the distribution of pressure across a finger pixel by pixel, and also generated maps of an average pressure distribution during fingerprinting. Emulating the fingerprinting procedure employed with widely used optical scanners, we found that on average the distance between ridges decreases by about 20% when a finger is positioned on a scanner. Controlled loading of a finger demonstrated that it is impossible to reproduce the same distribution of pressure across a given finger during repeated fingerprinting procedures.

    See publication
  • Effect of pressure variation on fingerprint

    UMass Lowell, Umang Doshi, 7th Annual Research Symposium at UMass Lowell

  • Sub-millimeter spectroscopy using CZT technique

    ‘National Conference on Sensor Technology’ at DRDO, India, and published in Sensor Technology, Oct 2002, Umang Doshi

Patents

  • Pin-Based Noise Characterization for Silicon Compiler

    Issued US US010296688B2

Languages

  • English

    Professional working proficiency

  • Hindi

    Full professional proficiency

  • Gujarati

    Native or bilingual proficiency

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