Industrial Session

Abstract:
The race to search for innovative solutions to enable the Next Generation Mobile Communications (5G era) has recently begun worldwide. In early 2013, the European Commission announced that it would invest €50 million in 2013 for 5G research in multiple projects such as METIS, quickly followed by the formation of the Chinese Government-led IMT-2020 Promotion Group in February 2013, the initiation of the Korean Government-led 5G Forum in May 2013, and the formation of 2020 and Beyond Ad-hoc within ARIB (Association of Radio Industries and Businesses), Japan, in October, 2013. While the standardization of 5G specifications in standards bodies such as the Third Generation Partnership Project (3GPP) and the formal ratification of 5G standards by the International Telecommunication Union (ITU) are still several years away, many share the vision of targeting 2020 for the initial commercialization of 5G cellular with drastically enhanced user experience. This talk presents the vision, requirements, and the key technologies envisaged for the 5G mobile communications in 2020 and beyond era. The requirements emerged for the 5G era include massive capacity with order of magnitude data rate improvement as well as uniform Gbps experience, reduced latency for delay sensitive services, massive connectivity supporting innumerable simultaneous connections, and all these demands with energy efficient as well as cost effective solutions. The talk will put forth a few key technologies ranging from air technologies and network design to services along with the recent R&D achievements proving the feasibility of the proposed technologies and showing a bright prospect of 5G.

Biography: Dr. Roh is currently a Vice President and Head of Advanced Communications Lab at Samsung Electronics Corp in Korea, responsible for research of next generation mobile communications technologies. He started working at Samsung Electronics in 2003 in research and development of CDMA and Mobile WiMAX base-stations with the main focus on multi-antenna algorithms and system analysis. Then he led overall WiMAX standard activities and strategy in Samsung including IEEE, the WiMAX Forum and ITU-R, and served as Chair of Technical Working Group (TWG) of the WiMAX Forum from 2006 to 2011. Since 2011, he has been leading research efforts for the next generation cellular (Beyond 4G or 5G) technologies at DMC R&D Center with a focus on development of disruptive technologies and feasibility studies. Dr. Roh holds a Doctorate in Electrical Engineering at Stanford University in USA.

Abstract:
The rapid growth of mobile computing devices has changed the velocity of applications. Consumers and business expects simpler and more specific applications. The advent of cloud computing has allowed application developers to more rapidly develop mobile and multi-device applications with greater efficiencies. Over the last few years these services has matured and evolved significantly. This session covers an overview of the various cloud services available to help developers create high performing networked mobile and multi device applications. These range from trends in development tools, media services, big data and machine learning. We will also cover some new and interesting technologies that are available in specific mobile devices.

Biography: Mr. Chandra joined Microsoft in 2000 and has worked in Microsoft Consulting Services and Public Sector divisions. In his current role, he is responsible for developing the cloud computing strategy, business and partnership model for Public Sector across Asia (APAC, Japan, Greater China and India). Prior to the current position, he was the Technology Strategist for APAC Defense and Public Safety industry. He was responsible for starting the industry in APAC by crafting the technology strategy, establishing the partner ecosystem and offering portfolio, with a special focus on leveraging innovative Microsoft technologies. During his consulting career that spans over 10 years, he was involved in various projects in financial services, Telecommunication, Internet commerce and public sector. He was one of the key architects and

Abstract:
When looking back on our daily lives over last 15 years, we can observe circulation of synergy effect between new user experience and better wireless system. This interaction will be accelerated toward 5G era in 2020 and beyond. In the context of this paradigm, 5G system must overcome challenges on explosive increase of mobile traffic and the huge numbers of connected devices. On the other hand, 5G system can play a role to enrich disruptive user experiences which is represented by Hyper Broadband, Smart Networking, Mobile Cloud, and Real-time Interaction. These advanced user experiences will be powered by 5G smart device technology as the result of innovation in terms of data rate, networking, Optimization, and latency. In this talk, I presents concept of 5G smart devices and discuss some enabling technologies in order to realize the disruptive user experiences.

Biography: Dr. Minseok Oh is a Research Fellow and Head of 5G R&D program in LG Electronics. He received M.S. and Ph.D. from University of Surrey in 1996 and 2000, respectively. The focus of his research is to explore and provide future wireless technologies for global standards. He is currently leading LG’s research projects for 5G Mobile and Wireless system including Wi-Fi. Prior to current role, he has led 4G standards activities such as LTE/LTE-Advanced and WiMAX-Advanced, and successfully demonstrated world-first handset, in 3GSM WC 2007, based on early LTE MIMO-OFDM technology. Currently he is a Wi-Fi Alliance Board member and also serves as Chair of Wireless Mobile Technical Committee in TTA.

Abstract:
Recently, most network operators are facing mobile data explosion since launching Smartphone. Since 2009, data traffic of KT network has been increased by 300 times. KT calls this phenomena “Data Explosion”. In order to cope with Data Explosion, KT introduced several world’s first commercialized LTE-A technologies such as Virtualized C-RAN called LTE WARP, wideband LTE-A, and eMBMS service. However, the speed of data usage with IoT will become more and more fast than ever before. And we call it “Data Big-Bang”. To prepare the Data Big-Bang era, KT is introducing a network with more than giga-speed, which is named GiGAtopia. This plan consists of GiGA LTE, GiGA Path, and GiGA FTTH. This presentation focuses on GiGA LTE and GiGa Path which are based on LTE-B technologies for hyper-connected network such as LTE FDD-TDD CA, LTE-WLAN Aggregation, and HeNet.

Biography: Dr. YongGyoo LEE is Vice President of Network Technology Business Unit, KT. In this role he is responsible for developing LTE access Network system and supporting strategy of wire/wireless technology. This includes wire/wireless network architecture, next-generation evolution roadmap as well as technical standards. His main duty is securing technical innovation for astounding data traffic exponential increase by adopting collaborative approach in Macro and Small Cells as well. Under his engagement, kt has commercialized worldly first various kinds of new features in LTE such as virtualized network based COMP, wideband LTE-A (CA) etc . KT also has deployed LTE Femto at hotspot area in main urban region. He also aims to secure technical competitiveness of KT by deploying new series of

Abstract:
The IoT is poised to revolutionize the global economy as powerfully as the first Internet revolution did. The IoT is a network that connects a staggering variety of operational technology – machines, valves, shipping containers, waste treatment plants, thermostats, locomotives. Come learn how Cisco is leading the way in connecting the previously unconnected and supporting billions of sensors collecting massive amounts of data that will affect nearly every aspect of our lives. Cisco is driving the redesign and scalability of network architecture in partnership with service providers, manufacturers, and other IoT participants and has led standardization efforts, including IPv6 adoption, that are needed to realize the potential of the IoT. Session will discuss on a new IoT network architecture that can accommodate enormous scale in harsh and highly constrained environments, scalable network and data management, analytical capabilities, and security. This comprehensive architecture addresses these new concerns and presents a meaningful path forward for organizations developing and consuming IoT solutions.

Biography: ILYong Seong is the Chief Technology Officer (CTO) for Systems Engineering and Architectures for Cisco Korea. He is responsible for the engineers supporting customers and partners in the Enterprise, Commercial and Service Provider markets. In addition, ILYong is accountable for working between Cisco and our customers to establish processes and procedures for capturing, messaging, and addressing key business technical requirements and market transitions that need to be delivered in Cisco’s architecture and solution offerings. Previously, ILYong Seong was responsible for North Asia System Engineering team and also led transformational business team for new business model in Korea. He used to work panel of judge for Korea Internet Award which was led by KCC in 2010. A Fifteen-year Cisco employee, ILYong

Abstract:
This talk is about SDN & ICT converged platform for SMART Internet in Korea. SMART Internet is the Value Delivery Platform that implements IT and network resource virtualization and open programmability using SDN, NFV and Smart Node technologies. This talk presents the R&D activities on key technologies and some use cases with field trials experiences including Carrier-grade SDN Control, Management & Orchestration for Network Virtualization, Micro-DC Control and Management Architecture for SMART Internet.

Biography: Dr. Bongtae Kim joined ETRI in 1983. Since then, he has involved in developing various network systems development projects. Those include Korea’s first telephone switching systems TDX1, TDX1A & B, and TDX10, and optical transmission systems. Followed by, he has served as a series of R&D project leader on various broadband internet technology development including xDSL, Ethernet switches and routers, and FTTH (Fiber To The Home). He received his B.S. degree in Electronics from Seoul National University, Seoul, Korea, in 1983, M.S. degree in Computer Science and Ph.D. degree in Computer Engineering from North Carolina State University, Raleigh, NC, USA, in 1991 and 1995, respectively. His current research interests are in intelligent network control and management, network planning, wireless and mobile internet.