![]() ![]() It will also discuss the potential use of the following mechanisms and techniques for the design of 5G Tactile networks:Software Defined Network (SDN) (Separation of control and data planes)Self-Organising Network (Extension of SDN for wireless segment)End-to-end Network Function Virtualization (NFV) (decoupling network functions run in software from physical elements of a network)Full automation (measurements, reporting and analytics)Spectrum extension, sharing, millimetre waveThese techniques offer other advantages such as easy and fast roll out, easy capacity and coverage expansion, easy network upgrading, support for multi-vendors' equipment, lower energy consumption, network sharing and more.Have a file that you can't open? Look no further. What are not yet known are the design approach (evolutionary or revolutionary) and design road maps.The talk will address end-to-end 5G requirements, challenges and opportunities, and user, operator and service provider expectations. 5G is expected to be not only a fast and efficient content delivery network but also a communication platform to enable touching, monitoring, controlling and steering objects (things) remotely (Tactile Internet) to support a wide range of emerging and future applications in the vertical business sectors.As envisaged, 5G comprises heterogeneous networks, both cellular (wide-area) and non-cellular (local area) networks. Monday, July 6 09:00 - 10:30 Odyssey5G-S1 (Full Papers): Technical SessionģG and 4G are mainly content-centric networks. S35: Artificial intelligence and Bio-Informatics ![]() S30: Sensor Networks and Mobile Sensing III S26: Sensor Networks and Mobile Sensing II S22: Wireless, Cellular and Mobile Communications III S21: Grid, Cluster and Cloud Computing III S18: Wireless, Cellular and Mobile Communications II S17: Grid, Cluster and Cloud Computing II S20: Services and Support for Smart Cities S14: Wireless, Cellular and Mobile Communications I S16: Big Data, Data Mining and Database Applications S10: Sensor Networks and Mobile Sensing I S12: Signal, Speech, Image and Video Processing S3: Network Design, Optimization, and Management ![]() MoCS-S1: Technologies and services for Smart Cities SCUCA-S3: Smart Transportation & Security SFCS - S1: Networked Security and Digital Forensics DMSS-S2: Cloud-based Sensing and Resource Management ![]()
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