Arunansu Pattanayak

Arunansu Pattanayak

New York City Metropolitan Area
9K followers 500+ connections

About

Arun is a Technical Specialist at Microsoft, specializing in Data & AI for the Financial…

Services

Experience

  • Microsoft Graphic
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    Greater New York City Area

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    Greater New York City Area

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    Hoboken, NJ

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    Greater New York City Area

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    Jersey City, NJ

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    Greater New York City Area

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    Greater New York City Area

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    Brooklyn, NY

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    Greater New York City Area

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    Greater Philadelphia Area

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    Warren, NJ

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    Pennington, NJ

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    Parsippany, NJ

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    Malvern, PA

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    Camp Hill, PA

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    Cincinnati, OH

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    Dallas, TX

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    Irving, TX

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    Cincinnati, OH

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    Florence, KY

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    Cincinnati, OH

Education

  • Quantic School of Business and Technology Graphic
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    Activities and Societies: IEEE, ISA (India Student Association)

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    Activities and Societies: Mood Indigo (www.moodi.org), PAF (Performing Arts Festival)

Licenses & Certifications

Join now to see all certifications

Volunteer Experience

  • Social Chair of Dallas Chapter

    Network of Indian Professionals

    - Present 18 years 4 months

    Social Services

    Organize and host various professional and social events.

  • FWD.us Graphic

    Volunteer and Facebook group admin of NYC chapter

    FWD.us

    - Present 10 years 9 months

    Politics

    Organize and host events to spread awareness about issues affecting the technology industry. Administer facebook group.

  • Global Mentorship Initiative Graphic

    Mentor

    Global Mentorship Initiative

    - Present 3 years 1 month

    Education

    GMI provides mentoring opportunities for college students worldwide to prepare them for their first career job. I provide coaching and guidance in the following business areas:

    - Professional networking and LinkedIn
    - Career planning and SMART goals
    - Global business communication skills
    - Job search and interview best practices
    - How to excel in the workplace environment

Publications

  • CMOS optoelectronic database filter: implementation and analysis

    SPIE

    A challenging task facing the designers for the next generation of archival storage system is to provide storage capacities several orders of magnitude larger than existing systems while maintaining current data access times. To meet this challenge, a CMOS optoelectronic database filter suitable for large capacity relational database systems that use page-oriented optical storage devices has been developed. Based on a smart-pixel strategy, the filter performs optical-to-electrical data…

    A challenging task facing the designers for the next generation of archival storage system is to provide storage capacities several orders of magnitude larger than existing systems while maintaining current data access times. To meet this challenge, a CMOS optoelectronic database filter suitable for large capacity relational database systems that use page-oriented optical storage devices has been developed. Based on a smart-pixel strategy, the filter performs optical-to-electrical data conversion, processes database query operations and only passes the data matching a query to the host computer. The photonic VLSI chip monolithically integrates a smart-pixel array that incorporates page-oriented optical reading, data manipulation logic, data buffering, and filter control circuitry for interfacing the filter chip with an electronic host computer. The database filter can offset the bandwidth mismatch without loss of valid data or significant delay in data access. A software simulator is developed to simulate the behavior of the database filter. The implementation and performance analysis of a 32 x 32-bit database filter fabricated through a 0.35-micron CMOS process is reported.

    Other authors
    • Dr. Fred R. Beyette Jr.
    • Jianjing Tang
    See publication
  • Simulation Software for Performance Evaluation of Optoelectronic Database Filter

    OhioLINK ETD Center

    For the past few years there have been an increasing demand for data storage capacity. It is expected that in the near future optical page oriented memory will replace the traditional electronic memory. When this happens, problems will arise due to the mismatch in bandwidth between the I/O of the optical page oriented memory and the datapath of the electronic computer. To compensate for this mismatch of bandwidths, we have proposed an optoelectronic database filter chip based on CMOS VLSI…

    For the past few years there have been an increasing demand for data storage capacity. It is expected that in the near future optical page oriented memory will replace the traditional electronic memory. When this happens, problems will arise due to the mismatch in bandwidth between the I/O of the optical page oriented memory and the datapath of the electronic computer. To compensate for this mismatch of bandwidths, we have proposed an optoelectronic database filter chip based on CMOS VLSI technology, which can interface between the electronic host computer and a page oriented optical memory. The optoelectronic database filter reads data from a page oriented optical memory and filters the data to send only the data that is required by the electronic computer. A simulation software is developed to do theoretical analysis and performance evaluation of the architecture of the optoelectronic database filter.

    See publication

Courses

  • Analog Circuits

    EE204

  • Basic Electric Circuits

    EE201

  • Chemistry I

    CH101

  • Chemistry II

    CH102

  • Classical Mechanics

    EP206

  • Compiler Theory

    20ECES683

  • Complex Analysis of Partial and Differential Equation

    MA204

  • Computer Communication and Network

    20ECES665

  • Computer Programming and Utilization

    CS101

  • Digital Circuits

    EE206

  • Electro Magnetic Theory

    PH424

  • Electronic Devices

    EE203

  • Intro to Optical Computing

    20ECES712

  • Intro to Optics

    EP204

  • Intro to Solid State Physics

    PH404

  • Mathematics I

    MA103

  • Mathematics II

    MA104

  • Mathematics III

    MA203

  • Mechanics of Continuous Systems

    EP306

  • Microfrabrication of Semiconductor Devices

    20ECES618

  • Microprocessor

    EE309

  • Numerical Methods

    PH406

  • Physics I

    PH101

  • Physics II

    PH102

  • Physics III

    PH209

  • Quantum Mechanics I

    EP307

  • Quantum Mechanics II

    PH422

  • Statistical Physics

    EP304

  • VLSI Multi Technology

    20ECES776

  • VLSI Testing and Validation

    20ECES682

  • Wireless Networking

    20ECES688

Languages

  • Hindi

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  • Oriya

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