Rob Lowe

 RobE. Lowe

Rob E. Lowe

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Biography

Pellissippi State Community College - Computer Science

Assistant Professor at Maryville College
Robert
Lowe
Knoxville, Tennessee Area
Specialties: Python, Educational Instruction, C/C++, PHP, HTML, Javascript, XML, Java, Visual Basic (6 and .Net), C#, ASP.NET, Legacy Systems & Strange esoteric programming languages.


Experience

    Education

    • Middle Tennessee State University

      BS

      Computer Science

    • University of Tennessee, Knoxville

      Doctor of Philosophy - PhD

      Computer Science
      My research was in text mining and machine learning. The title of my dissertation is "Textual Influence Modeling Through Non-Negative Tensor Decomposition"

    • University of Tennessee-Knoxville

      MS

      Computer Science

    • University of Tennessee

      Software Developer


      I worked with Dr. John Toman on a part time basis to create and maintain several ASP.NET applications. My primary duty was to create and maintain an Agronomics application which is used to publish soybean yield data to the general public. Programming Languages / Technologies Used C# ASP.NET Microsoft SQL Server 2005

    • University of Tennessee

      Graduate Research Assistant


      As a research assistant working under Dr. Vandana Singh of the School of Information Systems, I was responsible for maintaining the website http://oss-research.com. In addition to performing the duties of webmaster, I have also engaged in creation of surveys, collection of data, and co-authorship of papers relating to Dr. Singh's research project. The overall goal of the project I participated in is a comparative study of Open Source Integrated Library Systems and Proprietary Integrated Library Systems.

    Publications

    • A client-server system for simulating and visualizing the random packing of polydiverse spheres

      Proc. of the IEEE SoutheastCon

      This work was an outgrowth of the efforts made at the Pacific Northwest National Lab in 2008. This work described how a prevailing algorithm responsible for performing sphere packing was distributed to a parallel processing server. The results of this parallelized sphere-packing calculation were then given to the client to be visualized.

    CISP 1010

    4.5(1)

    CISP 1020

    4.5(1)