INTRUST 2009 Programme

(Provisional Version, November 13, 2009)

Thursday 17^th December 2009

Friday 18^th December 2009

Saturday 19^th December 2009

Thursday 17^th December 2009

8:00Registration

9:30Welcome and Opening, chaired by Robert Deng

10:00Keynote 1: Professor Wenchang Shi, Renmin Universityof China
Chaired by Robert Deng

11:00Coffee Break

11:30Secure Storage, chaired by Yongfei Han

12:30Lunch

14:00Attestation, chaired by Mark Schiller

15:30Tea Break

16:00Industrial Track (I), chaired by Liqun Chen

18:30Reception

10:00-20:30 Exhibition Open (in parallel)

Friday 18^th December 2009

9:30Keynote 2: Mr. David Wooten, Principle Architect, Microsoft
Chaired by Liqun Chen

10:30Coffee Break

11:00Trusted Network, Chaired by N. Asokan

12:30Lunch

14:00Virtualization, chaired by Shouhuai Xu

15:00Tea Break

15:30Keynote 3: Mr. Scott Rotondo, Trusted Computing Group President,
Principal Engineer, Sun Microsystems
Chaired by Yongfei Han

16:30Panel Discussion, moderated by Moti Yung
Panel members: Scott Rotondo, Wenchang Shi, David Wooten

11:00-18:00 Exhibition Open (in parallel)

18:30Conference Banquet

Saturday 19^th December 2009

9:30 Industrial Track (II), chaired by Kurt Dietrich

10:30Coffee Break

11:00Applications, chaired by Lijuan Duan

12:30Lunch

14:00Presentation of the Best Paper Award, chaired by Yongfei Han

14:10Supporting Technology, chaired by Moti Yung

11:00-18:00 Exhibition Open (in parallel)

18:30Conference Banquet

Information of the keynote speakers

Keynote 1

Wenchang Shi, Professor, Renmin University of China

Title:
On Design of a Trusted Software Base with Support of TPCM

Abstract:
Building Trusted Computing Systems has been continuous endeavors at least since G.H. Nibaldi proposed the concept of a TCB (Trusted Computing Base) in the late 1970s. The founding of the TCG made a big step forward in catching such a goal. However, very limited applications can be found running on trusted computing platforms to date. One of the most important reasons is that there is not enough relevant software for users to use. Although the TCG has TSS to help building trusted software, the TSS essentially only states how to use the functions of a TPM but not what kind of software to build with a TPM. With considerations to the Chinese counterpart of a TPM, i.e. a TPCM, this talk argues that a TSB (Trusted Software Base) is in urgent need to build trusted applications. It presents the concept of a TSB and discusses the approaches to designing a TSB.

　 Short Bio:
Wenchang Shi has been a professor since 1997. Currently, he is a professor at Renmin University of China, Beijing, P.R.China, working for the Key Laboratory of Data Engineering and Knowledge Engineering (Ministry of Education), and directing the Systems and Information Security Research Lab. He is also a professor at the Graduate University of Chinese Academy of Sciences, Beijing, P.R.China. He received a B.S. degree from Peking University, Beijing, P.R.China, an M.S. and a Ph.D. degree from the Chinese Academy of Sciences, Beijing, P.R.China, all are in Computer Science. He is a senior member of China Computer Federation and a member of IEEE Computer Society. Before joining RUC, he was a research professor at the Institute of Software, Chinese Academy of Sciences, Beijing, P.R.China. His current research interests include Information Security, Trusted Computing, Operating Systems, and Virtual Machine Technologies. He has over 20 years’ research experiences in Operating Systems, especially the UNIX-like Operating Systems. His early involvement with the UNIX-like Operating Systems was in 1988, when he took part in a research project, porting UNIX System V from the AT&T 3B2 computers to other hardware platforms. He was the chief architect of the Redflag Secure Operating System, which is the ancestor of one of the principal products of Redflag Software Co. Ltd, Beijing, P.R.China. He has published several books related to Operating Systems Security.

Keynote 2

David Wooten, Principle Architect, Microsoft Title:
The Next Generation of TPM Adding Authorization Flexibility

Abstract:
The next generation of TPM will incorporate the learning of over a decade of experience with the previous versions of the TPM. Our aim is to provide greater flexibility to meet the real-world demands of TPM-based applications. One of the areas of investigation is an enhancement of the authorization mechanisms of the TPM to allow it to fit better into existing infrastructures and support more complex authorizations. The presentation will describe a proposal by Microsoft to the TPM Working Group that enhances the authorization model for the next TPM without using excessive TPM hardware resources.

Short Bio:
Mr. Wooten has many years as a technology innovator having developed some of the world's fastest DRAMs, high-performance optical disk drives and file systems. He holds over 30 patents in many different technology areas. Mr. Wooten was one of the principle architects for USB, 1394.1, and 1394a. He was chairman of the IEEE P1394b working group and past chairman of the 1394 Trade association. For the past 6 years, Mr. Wooten has worked for Microsoft on virtualization and security hardware. He is a former member of the TCG Board of Directors and is currently serving as a member of the TCG Technical Committee and editor of the TPM.next specification in the TPM Working Group.

Keynote 3

Scott Rotondo, Trusted Computing Group President, Principal Engineer, Sun Microsystems

Title:
Global Standards for Trusted Computing

Abstract:
This talk describes recent activity within the Trusted Computing Group in three areas: next-generation Trusted Platform Modules, trusted storage, and trusted network access control. The remainder of the talk focuses on the need for unified standards to ensure the successful adoption of trusted computing technology.

Short Bio:
Scott Rotondo is a Security Architect for the Solaris operating system at Sun Microsystems. He represents Sun on the TCG Board of Directors and Technical Committee. In addition to work on other security features, Rotondo leads Sun's development effort to support TCG technologies in Solaris. Scott Rotondo has over 20 years of experience in the computer industry and has held senior technical and management positions with several manufacturers of UNIX-based computer systems.