Alexander Schwarzmann, PhD

Dean of the School of Computer and Cyber Sciences

  • Augusta GA UNITED STATES

Dean Schwarzmann is a nationally-recognized expert in cybersecurity of voting technology, computer science, and distributed systems.

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2 min

3 measures to improve election security

As hacking attempts to undermine our elections have become the new normal, state governments are rushing to secure their voting systems with a $380-million fund from Congress before the midterms.The big question is, where should they invest that money to protect U.S. elections?“Almost every state today is using a different electronic election system,” said Alexander Schwarzmann, former director of the Center for Voting Technology Research at the University of Connecticut and current dean of the School of Computer and Cyber Sciences at Augusta University. “While diversity of systems somewhat increases our election security, states can strengthen it by investing in three areas: They should adopt a voter-verified paper ballot system, increase their technological capability to detect and address security vulnerabilities and implement auditing of election results to build public’s confidence in the outcomes.”Schwarzmann, who provided technological expertise to the State of Connecticut in cybersecurity and integrity of electronic election systems and led state-wide technological audits of voting systems, is available to discuss:How he helped the State of Connecticut become a leader in voting technology cybersecurityHow state governments can improve confidence in their voting systems by investing in three areas: voter-verified paper ballots, technology to detect and counter security vulnerabilities and statistical and technological election auditsSchwarzmann is a nationally-recognized expert in voting technology cybersecurity, and distributed systems. His own research programs have been supported by numerous grants totaling over $8.5 million from the National Science Foundation, including NSF Career Award, Air Force Office of Sponsored Research, State of Connecticut, NSF-NATO, and U.S. Election Assistance Commission and other agencies.He has authored three books and more than 150 research articles and has edited a number of scholarly volumes on computer science research. He served on several editorial boards, including IEEE Transactions on Computers and Information & Computation, two of the most venerable and prestigious journals in computer science.Contact us to schedule an interview with Alexander Schwarzmann or learn more about his expertise.Source:

Alexander Schwarzmann, PhD

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Biography

Schwarzmann is a nationally-recognized expert in cybersecurity of voting technology, computer science research and education, and distributed systems. He has provided technological expertise to the State of Connecticut in cybersecurity and integrity of electronic election systems and led state-wide technological audits of voting systems. His own research programs have been supported by numerous grants totaling over $8.5 million from the National Science Foundation, including NSF Career Award, Air Force Office of Sponsored Research, State of Connecticut, NSF-NATO, and U.S. Election Assistance Commission, and other agencies.

Schwarzmann is an author of over 150 research articles and three books, and has edited a number of scholarly volumes on computer science research. He chaired a number of leading international conferences, and was a member of over 50 technical program committees. He served on several editorial boards, including IEEE Transactions on Computers and Information & Computation, two of the most venerable and prestigious journals in computer science.

Schwarzmann earned his bachelor’s degree from Stevens Institute of Technology, a master’s degree from Cornell University, and his doctoral degree from Brown University. He conducted post-doctoral research at the Massachusetts Institute of Technology.

Areas of Expertise

Cybersecurity of Voting Technology
Computer Science Research and Education
Distributed Systems

Articles

Unleashing and Speeding Up Readers in Atomic Object Implementations

arXiv preprint arXiv:1803.11211

Chryssis Georgiou, Theophanis Hadjistasi, Nicolas Nicolaou, Alexander A Schwarzmann

2018

Providing efficient emulations of atomic read/write objects in asynchronous, crash-prone, message-passing systems is an important problem in distributed computing...

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Special issue containing selected expanded papers from the 17th International Symposium on Stabilization, Safety and Security of Distributed Systems (SSS 2015)

Information and Computation

Andrzej Pelc, Alexander A Schwarzmann

2017

The papers in this special issue of Information and Computation are the expanded and revised versions of selected papers that appeared in a preliminary form in the Proceedings of the 17th International Symposium on Stabilization, Safety and Security of Distributed Systems (SSS 2015)...

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Oh-RAM! One and a half round atomic memory

International Conference on Networked Systems

Theophanis Hadjistasi, Nicolas Nicolaou, Alexander A Schwarzmann

2017

Implementing atomic read/write shared objects in a message-passing system is an important problem in distributed computing...

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