Title:Aim I Go on Cloud--A Versatile Adaptive Nonlinear Programming Platform for System Identification, Design, Operation Optimization, and Restoration (IDOOR).

Speaker: MARTIN J. LEE

Moderator: Prof. QIN Qing

Time: 14:30, September 25, 2013

Place: Room C305, IHEP Main Building

Abstract:

For more than three decades, SLAC has been a leader in accelerator design and commissioning using models and simulations. SLAC has collaborated with several small businesses on innovative research projects—leading to SLAC's optimization technology AIMIGO for design and operate large complex systems. Recently, experiences and knowledge gained from working on these projects has led to the idea of founding a center for Inverse Design and Online Optimization Research, IDOOR. This talk will describe what IDOOR is all about. How IHEP Accelerator and Operation Departments can benefit from working on it?

About the speaker:

2013-present       WISE INNOVATIVE TECHNOLONGY LTD      Chairman      

2013- present      Institute of Digital Guangdong       Visiting Professor  

1981 – present    GO AI Services                       Founder  

 * Managed several US Department of Energy Small Business Innovative Research projects that led to the development of AIMIGO—a nonlinear optimization program for the life-cycle management of complex systems, like accelerators. Applied AIMIGO to other systems, like those used to optimize the design of green buildings.

* Consulted for ASIC, BOEING, and numerous small U.S. companies.

1962 – 2005       SLAC National Accelerator Laboratory Engineering Physicist and Innovative Research Projects Manager 

* In 1962, four years prior to receiving his doctorate, joined SLAC’s microwave engineering group. For over four decades, contributed greatly to the national lab’s position as the world’s leading innovator of accelerator technology in model-based control, accelerator modeling software, expert systems and neural networks. Advanced systems created have been adopted and utilized at accelerators and storage rings in the U.S. and around the world.

* Made many prominent contributions to SLAC: designed optical lenses for the linear accelerator’s alignment system using a laser beam, which was featured on a U.S. stamp issued in Celebration of the decades (1960-1970); designed the lattice at SPEAR, the first electron-positron storage ring colliding beam facility in the world. The ring witnessed experiments leading to the discovery of the “Si” particle (a Nobel Prize was awarded to Professor B. Richter for this discovery).