Showing posts with label AI. Show all posts
Showing posts with label AI. Show all posts

Friday, May 28, 2021

Friday May 28th 2021 The Future of Artificial Intelligence

On May 28th we will consider essays from the 50th Anniversary issue of The Bridge by MIT’s Rod Brooks on The Future of Artificial Intelligence and by Bob Brown and Ken Lutchen on Organizing Academic Engineering for Leading in an Entangled World. 

Bob Brown is the President of Boston University and a former resident of Winchester. 
Ken is BU’s Dean of Engineering 

These essays are found on pages 24-29 of the volume. It would be helpful to review them in advance of our meeting. The link to the volume follows: https://www.nae.edu/244832/The-Bridge-50th-Anniversary-Issue. 

Eddie Robins and Ron Latanision will moderate in turn the discussion of the Brooks and Brown/Lutchen essays.

Friday, January 8, 2021

Friday January 8th, 2021 Rich Adler, Artificial Intelligence, Launch Processing System for NASA's Space Station fleet

Welcome to the New Year!

Our first program of the new year will be on Friday, Jan.8, at 10:30 am and will feature Richard Adler who will speak on the application of artificial intelligence to systems such as rockets, power plants, computer networks, and intensive care units, and specifically his work in applying artificial intelligence technology to help automate operations support of the Launch Processing System for NASA’s Space Station fleet, as well as his other work in software.

Richard is a management consultant, software architect, start-up executive, and author. Early in his career, Rich designed and built artificial intelligence applications and tools for distributed computing. More recently, he developed tools and solutions to improve decision-making for problems including competitive marketing, counter-terrorism strategy, and enabling smooth organizational change. Rich took a double major in philosophy and physics at University of Michigan, earned an MS in Physics at University of Illinois at Urbana, and a PhD in the Philosophy of Physics from the University of Minnesota. He has published on topics including causation, knowledge management, component software, expert systems, distributed computing, and counter-terrorism strategies. He recently published the book Bending the Law of Unintended Consequences: A Test-Drive Method for Critical Decision-Making in Organizations (Springer, 2020).