Rebecca M. Gott
Monday, April 17, 2017 7:30 PM
Marist College, Hancock Center (Building 14 on map), Room 2023. Park just north of Hancock Center, or in parking lot on south-east corner of Route 9 and Fulton Street. We thank Marist College for hosting the chapter's meetings.
This program is free and open to the public. Attendees should RSVP at Meetup.com.
All are welcome to join us beforehand for dinner at the
Palace Diner at 6:00 PM.
Refreshments are served after the meeting.
For further information,
go to Pok.ACM.org (QR code below),
email Bill Collier, or phone 845-522-1971.
About the Topic
This talk will explain how blockchain, the underlying technology that first emerged in the crypto currency Bitcoin, is promising to be a transformative technology that will impact many industries, including the financial services sector, insurance, healthcare, government, and media. We will introduce what blockchain is and how it works, starting from Bitcoin, to the multiple types of blockchain fabric implementations today. Specifically, we will discuss the Linux Foundation’s Hyperledger project, which is an open source collaborative effort to advance cross-industry blockchain technologies, to which IBM has been a primary contributor. We will discuss the difference between permissioned and un-permissioned blockchain implementations, details of the Hyperledger fabric, and how the Hyperledger fabric was designed to support business. Finally, we will introduce blockchain use cases, touching on examples from the financial services sector, insurance, healthcare and others.
About the Speaker
Dr. Rebecca Gott is Senior Technical Staff Member at IBM in Poughkeepsie working in z Systems and LinuxONE. Dr. Gott received her Ph.D. in Electrical Engineering from Tulane University in 1995, where she developed signal processing techniques to process multi-beam sonar data. She then served in the United States Air Force where she worked in GPS development and test, rising to the level of U.S. Air Force Captain. She joined IBM in 1999 in the area of High Performance Computing, followed by working in pre-silicon verification for multiple ASIC chips, POWER programs, and has been the pre-silicon verification lead for the processor cache subsystem for the last five generations of z Systems. Currently, Dr. Gott is an architect for LinuxONE data serving, focusing on bringing new capabilities and workloads such as blockchain to the platform. Dr. Gott has also served as an Adjunct Faculty member at SUNY New Paltz, teaching a graduate level course entitled “Introduction to Genomics Science and Technology” that explains the information system paradigm in molecular biology and genomics.