ICWS/SERVICES 2008 Keynotes
Director, Avaya Labs Research, Avaya Inc.
Web service is a fast moving research field with a profound impact to many critical research areas, ranging from software to communication, from server platforms to mobile endpoints. It emerges as a disruptive technology to various enterprises to deliver services, computing, communication and information to their customers and partners. This talk intends to capture some recent advances of Web services and new Web services applications in software-as-a-services, cloud computing, communication, message centric SOAP engine design, and mobile services computing endpoints.In addition to present the technical perspectives and extension potentials in these new developments, I would like to fill the gap between academic research and industry applications through real examples and use cases, with a goal to demonstrate how these technical advances of Web services are applied to industry products and applications, Standards, servers, clients, and new paradigms in software design and testing.
About the Speaker:Dr. Wu Chou (email@example.com) is an IEEE Fellow. He received his M.S. degree in mathematics in 1986, M.S. degree in electrical engineering in 1987, M.S. degree in statistics in 1988, and Ph.D. degree in electrical engineering in 1990, all from Stanford University, California, respectively. He joined AT&T Bell Labs in 1990. Currently, he is Director, Avaya Labs Fellow at Avaya Labs Research, Avaya Inc. He and his group explore advanced technologies and applications in Web services, communication, software-as-a-service (SaaS), and services computing.
Susan X. Ying
Director of the Networked Systems Technology organization, Boeing
Boeing is an aerospace company, and both airplanes and aviation services are our core businesses. Founded in 1916, Boeing has had a long relationship with China. In fact, the first engineer hired by the company, Wong Tsoo, was a Chinese national. Boeing is projected to sell more airplanes to China than other countries outside of United States in the next 20 years.Boeing's central research organization supports the enterprise by developing technology in support of the company's current and future products, streamlining operations, and improving tools and processes. In the past few years, we have been collaborating with Chinese universities in Beijing, Shanghai, Nanjing, and Hong Kong to develop technologies for net-enabled applications for commercial aviation. We expect this effort will continue in the years to come. Boeing provides a long list of services to airlines in streamlining their operations. Recent models of Boeing aircraft such as the Next-Generation 737 and 787 Dreamliner will be net-enabled in the air and on the ground. We are just beginning to explore the opportunities net-enabling the fleet can bring to the end customers in terms of safety, cost, and passenger experience. Airplanes are mobile nodes in an IP world, offering tremendous opportunities and challenges for researchers. In this speech, we will explore how net-enabling and Web services can help us to exploit the opportunities and overcome the challenges.
About the Speaker:Dr. Susan X. Ying is the Director of The Boeing Company's Networked Systems Technology organization, a team that comprises more than 300 world-renowned scientists and engineers who provide innovative solutions to address a number of unique Boeing requirements, including multi-disciplinary design optimization, network-centric operations, information management and transformation, digital communication and networking technologies, distributed collaborative design, advanced manufacturing, and after-delivery support and service challenges.
IBM Fellow and Global Research Electronics Executive
Thanks to the advent of smart devices and the emergence of 3G/4G wireless technologies, services over mobile phones are becoming in many respects similar to those available over the PC based internet. Indeed mobile web-based services, such as search, maps, presence, messaging, emails, productivity, social networking, and entertainment are becoming available in high-end phones from several device manufacturers. Mobile computing, however, promises richer applications and services based on location and context. Web technologies are being adapted and extended to support emerging mobile internet services. However, location based mobile services present new significant challenges in terms of implementation and management complexity. In this presentation we will discuss the business trends of mobile services. Through a discussion of current projects at IBM Research, we will also present examples of the technology trends supporting scalable location based services.
About the Speaker:Dr. Cesar Gonzales is an IBM Fellow and the research electronics industry executive, responsible for all interactions between IBM's worldwide research labs and our electronics industry executives and clients. He is an expert in image and video processing and compression; his experience spans the development of algorithms, chip and system architectures, and multimedia applications. He is a co-inventor of various patented still-frame and motion video compression techniques that IBM contributed to the JPEG and MPEG international standards and the DVD patent pool.
Liang-Jie (LJ) Zhang
IBM T.J. Watson Research Center
Services Computing has become a foundational discipline of modernizing services and software industry. Services Computing Curriculum Initiative (SCCI) is a community-driven professional activity which is sponsored by the IEEE Computer Society Technical Committee on Services Computing (TC-SVC). This session will present the latest advancements of SCCI in terms of newly formalized knowledge areas, case studies, and best practices of creating and delivering Services Computing courses. Several adoption approaches will be introduced based on co-design and reuse principles for various degree programs. This panel will also share with you some long-term visions and latest lessons learnt from experienced professors and practitioners in the community.
About the Speaker:As a Research Staff Member and Program Manager of Application Architectures and Realization at IBM T.J. Watson Research Center, Dr. Liang-Jie (LJ) Zhang has made significant original contributions to Services Computing innovations and interactive media systems. He is the founding chair of IBM Research's Services Computing Professional Interest Community. He is the worldwide leader of IBM's SOMA Modeling Environment (SOMA-ME), which is the model-driven SOA (Service-Oriented Architecture) solution design platform for IBM. He is also the worldwide co-leader of IBM's SOA Solution Stack (a.k.a. SOA Reference Architecture: Solution View) project. His new book Services Computing has been published by Springer. He has received 2 IBM Outstanding Technical Achievement Awards, 10 IBM Plateau Invention Achievement Awards, an Outstanding Achievement Award by the World Academy of Sciences, and an Innovation Leadership Award from Chinese Institute of Electronics. Dr. Zhang has 36 granted patents and 20 pending patent applications. As the lead inventor, he holds federated Web services discovery and dynamic services composition patents. He is the chair of IEEE Computer Society Technical Committee on Services Computing. He is the Editor-in-Chief of IEEE Transactions on Services Computing.