Digital Trade and Transportation Network
The HKSAR Government has initiated the establishment of the Digital Trade and Transportation Network (DTTN) with the vision of helping the
overall competitiveness of Hong Kong through an open, neutral, secure, and reliable community e-platform that facilitates information flows amongst all parties involved
in the supply chain.
The DTTN acts as a catalyst to promote e-business adoption specifically by SMEs. It also provides an infrastructure that generates new
business opportunities for the IT industry to develop software and value added services to be used in conjunction with the DTTN.
Justin Yue joined Tradelink as Chief Executive Officer in 1996 and appointed as Chairman of DTTN in 2006. Having worked at executive level both in the
Hong Kong Government and the trading community, he brings invaluable experience to facilitating statutory trade procedures through electronic commerce in Hong Kong.
Mr Yue joined the Government in 1968 and progressed to become Deputy Director of Trade in 1981. In 1983 he moved to the Government Secretariat as
Deputy Secretary for Transport.
Mr Yue left Government in 1985 to join the private sector as a director of Winner Garments Ltd, part of the Winsor Industrial Group. He was later
appointed an Executive Director of the parent group with responsibility both for the garments division and for new projects and developments.
He is active in a number of trade associations and advisory bodies including Trade & Industry Advisory Board, Hong Kong Logistics Development Council,
the Hong Kong R&D Centre for Logistics and Supply Chain Management Enabling Technologies and Federation of Hong Kong Industries.
IBM China Development Laboratories
Humankind has always benefited from geographically co-located communities as it provides social values by allowing members to feel a sense of
belonging, to share knowledge and to collaborate and innovate. In recent years, we have seen an explosion in the number and the diversity of digital communities, e.g.
MySpace, SecondLife, Massively, and Multiplayer Online Games (MMOG). Enabled by emerging technologies such as social software and 3D internet, these digital communities
are providing new forms of interactions that are important to individuals. In this talk, we examine characteristics of digital communities and their potential to
provide value to the globally integrated enterprise. In particular, digital communities technologies such as tagging, blogs, wikis, reputation systems, social network
analysis and virtual worlds can be leveraged in the enterprise to enable collaboration and learning, team building and interaction with customers and business partners.
With the increased use of digital communities such as MySpace and SecondLife as venues for viral marketing, we will discuss the implication to the e-Business.
As vice president, China Development Laboratories (CDL), Josephine is responsible for
the software development for IBM Software Group. She leads the development team of over 3000 employees
located in 3 sites, Beijing, Shanghai and Taipei.
Prior to that, Josephine has been at the forefront of relational database technology for more than 20 years. Her expertise includes: introducing IBM's
database technology to the Web; integrating XML-formatted data into DB2; and delivering a tiny, totally self-managing database system with synchronization capability that
extends the power of DB2 to convenient pervasive computing devices such as handheld computers and cellular phones. Cheng led development of the DB2/390 query optimization
in the early 1980s and then, in 1987, joined IBM Research forming the Database Technology Institute (DBTI) to focus the creation of database technology in IBM's Research
and Software divisions on common goals.
Josephine is appointed to IBM Fellow in 2000. She received Asian American Engineer of the Year in 2003. She is inducted to United States National
Academy of Engineering in 2006 and received 2006 Top 10 Software Leaders in China. Currently, she is a guest professor at Tsinghua University and Shanghai University; a
consultant to Peking University; and an advisory committee to Hong Kong Chinese University.
DoD currently has a crisis of software economics. As software becomes complex, our ability to design, develop, produce, distribute, and maintain
software is being increasingly challenged. This crisis shows every sign of deepening in the future. What is required to address this crisis is a change of paradigm in
the economics of software. This memo briefly outlines an emerging approach, called E-DOD. The E-DOD model is based on software as a service (SOAS) that is enabled by the
rapid adoption by industry of the Internet and Web (I&W) technologies. The time is ripe for DoD to adopt this E-DOD model. The software industry emerged with the
economic model of software as a product. The product is designed and produced in a "software factory," purchased by a client as part of a "change of ownership
transaction," and shipped to the client on some media. Maintenance was originally based on shipping upgraded versions of the software to the client through the postal
system. The I&W technologies have made it possible for the clients to control the entire distribution network by downloading software from sites maintained by vendors.
This has seen the emergence of "software distribution aggregators" like Digital River (http://www.digitalriver.com) which handle the download, shipping, and payment for
thousands of software vendors. The architectural principle behind E-DOD and SOAS is the "service oriented architecture (SOA)" that impacts the entire engineering cycle
of software. New software applications are offered as a service on the network that meets the standards of security, reliability, availability, and scalability. Each
service has a "definite range of behavior" that is published to all potential users and implemented according to their engineering decisions. This concept of "service
level agreements (SLA)" also has significant business impact. In this open environment it is important to know what others have done, and other applications can be
leveraged, rather than built anew. There are two kinds of users of a service in the E-DOD SOAS model. The "end user" implements the service, and "service developers"
build new services with one or more existing services. End users' requirements are usability, human-machine interaction, performance, security, availability, etc.
Service developers' requirements are based on the specific functions of a service and the potential to adapt to their own service. To address the needs of service
developers, all service providers must publish a clear description of their offering through an application programming interface (API) or definition of service
parameters in SLAs.
As a professional electronics and software engineer, system developer, tester, and evaluator for the past 26 years, Dr. Paul has held many positions
in the field of software engineering. With the DON, at NAVSEASYSCOM, Dr. Paul worked as a software engineer on AEGIS CG 47, Advanced Combat Direction System, and ADCAP
MK 50. At the Army's Operational Test and Evaluation Agency Dr Paul developed the methodology for software test and evaluation for Army weapon systems. Currently, Dr.
Paul serves in command and control (C2) Policy. In this position, Dr. Paul manages network enabled command and control systems engineering development for objective,
quantitative and qualitative measurements. Dr. Paul's current research focus is on a dynamic integrated theoretic approach to C2 networks from multiple levels from
dyadic to global. Understanding multiple concepts, theories at multiple levels along with attributes of nodes and the links may provide insight to better understand C2
organizational networks that are created, maintained, and reconstituted. Lastly, Dr Paul is developing a methodology for dynamic environment decision making pertaining
to real time data from sensors, software/systems and related processes and the risk identification and management framework that includes internal and external
Dr. Paul holds a doctorate in software engineering and is an active "Fellow" member of the IEEE Computer Society and member of the ACM. He has
published chapter in 4
books and more than 74 articles on software engineering in various technical journals and symposia proceedings, primarily under DoD and IEEE sponsorship. He has authored
chapters in 4 technical books concerning software engineering. He can be reached at firstname.lastname@example.org
IBM T.J. Watson Research Center
Climate change, rising energy costs and resource constraints are increasing becoming global issues for government and business.
These global issues are driving new trends in the development of Green Technologies. Renewable energy sources, advanced water management, efficient
resource recycling, waste reduction, and intelligent utility networks are gaining strong interests and supports from both the public and private
sectors. One of the key initiatives is the application of Green Technology to supply chain management. The objective of this green application is to
reduce the carbon emission of company operations. In this talk, we will discuss the new wave of green business and the emerging services on green
assessment, diagnosis and consulting, tools and modeling, manufacture process and re-design. We will also discuss the carbon disclosure project and
the new emerging business in the carbon trading.
Jen-Yao Chung received the M.S. and Ph.D. degrees in computer science from the University of Illinois at Urbana-Champaign. He is
the senior manager for Engineering & Technology Services Innovation, IBM T. J. Watson Research Center, responsible for identifying and creating
emergent solutions. He is the adjunct professor in the Department of Computer Science, the University of Hong Kong. Previously, he was Chief
Technology Officer for IBM Global Electronics Industry. Before that, he was senior manager of the electronic commerce and supply chain department,
IBM Research and program director for the IBM Institute for Advanced Commerce Technology office. Dr. Chung is co-Editor in Chief of the International
Journal of Service Oriented Computing and Applications (published by Springer). Dr. Chung is the co-founder and co-chair of the IEEE technical
committee on e-Commerce (TCEC). He has served as general chair and program chair for many international conferences, most recently as the general
co-chair for the IEEE International Conference on e-Business Engineering (ICEBE07). He has authored or co-authored over 150 technical papers in
published journals or conference proceedings. He is a senior member of IEEE and a member of ACM.
University of California, Irvine
Accountability has been a major concern in the financial industry and public institutions, especially after ratification of the
Sarbanes-Oxley Act of 2002. Service accountability means that a service deployed should impose an obligation or willingness to accept responsibility
or to account for one's actions. For enterprise and public services, this is especially important in order to gain trust from their customers or
support from their constituents. The main issues in providing accountable services are the transparency, accessibility, and fidelity of service
execution traces, especially after some undesirable result is detected. In this talk, we will discuss the goal, the issues, and the technology to
achieve accountability in service engineering.
Kwei-Jay Lin is Professor in the Department of Electrical Engineering and Computer Science, University of California, Irvine, USA,
and Adjunct Professor in the Department of Computer Science, National Tsinghua University, Taiwan. He is a Chair Research Fellow at the Institute of
Information Science, Academia Sinica, in Taiwan. Before joining UC Irvine in 1993, he was an Associate Professor at the University of Illinois at
Urbana-Champaign. His research interests include service-oriented systems, e-commerce technology, real-time systems, scheduling theory, distributed
systems, and operating systems. He is an Editor-in-Chief of the Springer journal on Service-Oriented Computing and Applications, and Editor-in-Chief
of the Software Publication Track, Journal of Information Science and Engineering. He was Associate Editors of the IEEE Trans. on Parallel and
Distributed Systems and the IEEE Trans. on Computers. He is a co-chair of the IEEE Technical Committee on E-Commerce. He is an Advisory Committee
member of the Institute of Information Science, Academia Sinica, Taiwan, and the external examiner of the M.S. program in Electronic Commerce and
Internet Computing at the Hong Kong University. He has served on the organization committees of many international conferences, most recently as
conference chairs of CEC 2006 and SOCA 2007, and program chair of ICSOC 2007.
In 2006, US imported over US$280 billion worth of goods from China, while the bilateral trade between China and ASEAN reached over
US$160.8 billion. In today’s interconnected business world, evolving in the global trend of modernization, supply chain and logistics management, as
one of the fundamental enablers for e-business, is being re-invented to play an even more important role. Recently, RFID emerges to be a promising
technology to revolutionize the supply chain and logistics management. Thus, it is important to understand RFID technology and how it can be used
effectively for modern logistics and supply chain management.
This panel brings together leaders from both academia and industry in order to frankly and comprehensively address the following
- What is the RFID vision for supply chain management? What can RFID promise? Are those promises relevant to the industry needs in practical
- Can RFID deliver the promises? What are the obstacles? What are the ongoing research and industry initiatives and their respective
relevancy to e-business in general?
- What are the strategy and roadmap towards the RFID vision? What are the challenges and opportunities ahead, e.g. China standards
This panel will help us understand how academia and industry can work hand-in-hand to realize the potenital of RFID in supply
chain and logistics management through innovative RFID technologies and applications.