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Sunday August 20, 2017

Teresa A. Dahlberg, Ph.D.

Professor, Computer Science
College of Computing and Informatics
Woodward Hall 403-B, , 9201 University City Blvd, Charlotte, NC 28223
Phone: (704) 687-8553
Email: Teresa.Dahlberg@uncc.edu
Website: http://www.cs.uncc.edu/~tdahlber/
Teresa A. Dahlberg

Research:

  • Protocols for wireless networks, including cellular, WLAN, sensor, mesh and hybrid network architectures. Data management for wireless sensor networks. Analytic, simulation and experimental modeling and analysis techniques
  • Demonstration research projects in educational informatics, workforce development, and broadening participation. Includes implementation, scalability and transferability of interventions for recruiting, bridging, and advancement of diverse student populations in Science, Technology, Engineering and Math disciplines.

Research Projects and Funding:

  • The STARS Alliance, www.STARSAlliance.org
  • Socially Relevant Computing Research Experiences for Undergraduates: Visualization, Virtual Environments, Gaming and Networking, www.cs.uncc.edu/reu
  • UNC Charlotte GAANN Fellowship Program for Computing and Informatics

Biography:

Teresa Dahlberg, is Professor of Computer Science and founding Director of the UNC Charlotte Diversity in Information Technology Institute. Teresa leads a number of demonstration research projects in educational informatics, workforce development, and broadening participation. She is principal investigator and director of the STARS Alliance: A Southeastern Partnership for Broadening Participation in Computing; the Socially Relevant Computing Research Experiences for Undergraduates Site; and the Computing Scholars – Graduate Assistance in Areas of National Needs project. Teresa has served as General Chair for the STARS Celebration of Computing Leaders in its first four years. Teresa is co-chair for the Panels and Workshops Committee for the Grace Hopper Celebration 2009. Teresa is active in the Networking Research Lab at UNC Charlotte. Her research on wireless networks addresses resource management protocols, data management for sensor networks, and analytic, simulation and experimental modeling and analysis techniques.

Teresa has graduated four doctoral students and has two current doctoral students in Computer Engineering and Information Technology. Most recently, Dr. Lijuan Cao's research focuses on path cost metrics for hybrid (cellular/ad hoc) wireless networks. Marguerite Doman's research explores the application of fuzzy database approach to data management for wireless sensor networks. Kashif Sharif has conducted research that explores the use of anycast communications paradigm for hybrid wireless networks. Kashif is also enhancing the Explorebots (mobile, sensor equipped robots) to experiment with approaches to increasing children's interest in computing research through hands-on activities.

Teresa teaches graduate classes in the communications networks area. She leads the STARS Alliance undergraduate seminar class that fosters student recruitment and retention through Technical Excellence, Leadership, Service & Civic Engagement, and Community. Teresa also teaches a graduate teaching seminar to prepare PhD students for the professoriate.

Teresa worked in hardware and software development for the IBM Corporation from 1984-1994. She developed the logic controller and image analysis functions for the IBM 3897 Image Capture Module, which is a feature of the IBM 3890 Document Reader/Sorter. Within this work, which consisted of logic design and real-time microcode, she developed a unique real-time, task-queuing operating system for very high-speed control and for image analysis applications. She received an IBM Outstanding Technical Achievement award for this work.

Teresa received her doctorate from the Electrical and Computer Engineering Department at North Carolina State University in November 1993, with support from the IBM Resident Study program. In 1990, she also obtained her M.S. in Computer Engineering from NCSU, and in 1984 received her B.S. from the University of Pittsburgh. Teresa's dissertation focused on reliability evaluation of communications networks and computer systems. She developed hierarchical modeling techniques and dependability algorithms for efficiently assessing large, distributed systems.


"PIRE... provides our students with the kind of direct international experience and training that will prepare them for careers in an increasingly competitive global arena."
Dr. Modesto Maidique
President Emeritus, Florida International University

"PIRE...will enable the next generation of students participants to become fully engaged as members of the globally-aware IT workforce.""
Dr. Nicholas Bowen
Vice President of Strategy and Worldwide Operations, IBM Research

"We look forward to hosting students researchers ... to foster our existing collaborations and create new ones."
Mateo Valero Cortés
Director, Barcelona Supercomputing Center

"I was able to develop quite a bit as a person, researcher, and professional."
Marlon Bright,
FIU student

"Being able to learn elements directly related to my project, the likes and dislikes of another culture, and be able to communicate in a different language are all aspects related to the PIRE program for which I will always be grateful."
Simone Pasmore,
FAU student

"It helps you build confidence that the degree you hold will enable you to tackle any problem, and, more importantly, it lets you experience the job before committing your life to it."
Allison Lanager,
FIU student

This material is based in part upon work supported by the National Science Foundation under Grant Number OISE-0730065. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation. © 2007 Florida International University