Thanasis Korakis, FP7 FLEX Project Coordinator

Slides:



Advertisements
Similar presentations
Expanding LTE for Devices European Commission Information Society and Media The aim of EXATED is to realise the vision of a new scalable.
Advertisements

Future Project Planning Meeting EU Projects Overview Antonio de la Oliva (UC3M) Daniel Corujo (ITAv) Carlos Jesus Bernardos (UC3M) Pablo Serrano (UC3M)
LTE-A Carrier Aggregation
End-to-End Efficiency (E 3 ) Integrated Project of the EC 7 th Framework Programme E 3 WP5 Objectives E 3 WP5 Structure and Research Challenges
VIKAS REDDY BEERAVALLY HETEROGENEOUS NETWORKS. Radio Network Evolution to heterogeneous Todays Networks 2015 Heterogeneous Networks Single Standard Radio.
Grant agreement n° SDN architectures for orchestration of mobile cloud services with converged control of wireless access and optical transport network.
Network Initiated Handovers T. Melia, J. Korhonen, R. Aguiar, S. Sreemanthula, V. Gupta Based on draft-melia-mipshop-niho-ps-00.
Cognitive Radio Networks Breakout GENI Wireless Workshop 28 March 2007.
Project Results Colin Willcock, Project Coordinator for SEMAFOUR Project.
ZIGBEE PROTOCOL FOR WIRLEESS SENSOR NETWORK ZIGBEE PROTOCOL FOR WIRLEESS SENSOR NETWORK Research paper Lina kazem
Software Solutions for Product Developers Copyright 2005 Software Technologies Group, Inc. All Rights Reserved. An Overview of ZigBee The Power of the.
Experimentation using FIRE Wireless testbed tools Nikos Makris University of Thessaly Testbed Interoperability Workshop – FIA 2014.
ULTRAWIDEBAND TECHNOLOGY FOR CREATING A WIRELESS WORLD.
Self-Management for Unified Heterogeneous Radio Access Networks ISWCS 2015 Twelfth International Symposium on Wireless Communication Systems Brussels,
COST289 14th MCM Towards Cognitive Communications 13 April Towards Cognitive Communications A COST Action Proposal Mehmet Safak.
1 Wireless Networks and Services 10 Years Down the Road Ross Murch Professor, Electronic and Computer Engineering Director, Centre for Wireless Information.
Data and Computer Communications Ninth Edition by William Stallings Chapter 17 – Wireless LANs.
1.  Infrastructure status  Up to 60G backbone for testing network equipment capability  10~60G backbone is deployed nationwide (6 Pops)  About 60.
1 BRUSSELS - 14 July 2003 Full Security Support in a heterogeneous mobile GRID testbed for wireless extensions to the.
COGNITIVE RADIO NETWORKING AND RENDEZVOUS Presented by Vinay chekuri.
Fostering worldwide interoperabilityGeneva, July 2009 Cognitive radio networks for future open communciation Homare Murakami, Hiroshi Harada NICT.
Wireless Sensor Network (WSN). WSN - Basic Concept WSN is a wireless network consisting of spatially distributed autonomous devices using sensors to cooperatively.
Cognitive Radio: Next Generation Communication System
Status & Challenges Interoperability and global integration of communication infrastructure & service platform Fixed-mobile convergence to achieve a future.
Submission May 2016 H. H. LEESlide 1 IEEE Framework and Its Applicability to IMT-2020 Date: Authors:
Mesh Networks and DTN Break Out Group  Common research challenges  A representative experiment  Issues for a one page writeup  what incentive for the.
FLEX - FIRE LTE TESTBEDS FOR OPEN EXPERIMENTATION PROJECT OVERVIEW Nikos Makris, University of Thessaly (UTH) Contract number: Starting date: 1/1/2014.
TELFOR 2015, Belgrade, Serbia, November Spectrum Sensing for the Unlicensed Band Cognitive Radio Nenad Milošević, Zorica Nikolić, Filip Jelenković,
Subject Name: WIRELESS COMMUNICATION Subject Code: 10EC81 Prepared By: Shima Ramesh, Shivlila Department: Electronics and Communication Engineering Date:
Communication Protocol Engineering Lab. A Survey Of Converging Solutions For Heterogeneous Mobile IEEE Wireless Communication Magazine December 2014 Minho.
Presented by Eileen McGrath (NEC) on behalf of the 3GPP2 Vision AdHoc
Webinar Session - IML Layer
Vertical Industry Applications & Challenges
WIMAX AND LTE.
Younes Abdi, PhD Faculty of Information Technology
Device Security in Cognitive Radio
ETSI Software Reconfiguration Overview
“An Eye View On the Future Generation Of Phones”
Ahmed Saeed†, Mohamed Ibrahim†, Khaled A. Harras‡, Moustafa Youssef†
University of Maryland College Park
4G-WIRELESS NETWORKS PREPARED BY: PARTH LATHIGARA(07BEC037)
SPECTRUM SHARING IN COGNITIVE RADIO NETWORK
Implementing Mobile Network Energy Efficiency Standards
Advanced Wireless Transmission for Skin Patches and Implants
Energy Efficiency in HEW
Internet of Things and its applications
Effective radiation pattern
Robert Szuman – Poznań Supercomputing and Networking Center, Poland
An Enhancement of WirelessHART Protocol
Institution Affiliated
Algorithms for Big Data Delivery over the Internet of Things
Joerg Widmer, Research Professor IMDEA Networks, Madrid, Spain
Device-To-Device (D2D) Communication in 5G Cellular Networks
Bluetooth Based Smart Sensor Network
IEEE MEDIA INDEPENDENT HANDOVER
OmniRAN Overview and status
I-Kang Fu, Paul Cheng, MediaTek
Cognitive Radio Networks
MESSAGE PROJECT CONTRIBUTION
Wireless Ad Hoc Networks
Denial-of-Service Jammer Detector Training Course Worldsensing
Use Cases for Light Communications
Wireless Multimedia Sensor Networks: Applications and Testbeds
IEEE Standard Babak Siabi.
Can they transmit simultaneously
ORBIT Radio Grid Testbed – Project Highlights Nov 3, 2010
I-Kang Fu, Paul Cheng, MediaTek
MSN 2009 Workshop 9th July 2009 Ali Al-Sherbaz Torben Kuseler
IEEE Wireless Local Area Networks (RF-LANs)
Presentation transcript:

Openlab & FLEX Experimentation with FIRE Wireless testbeds towards 5g FIRE FORUM 15-10-14, Brussels Thanasis Korakis, FP7 FLEX Project Coordinator University of Thessaly, Greece Nikos Makris, University of Thessaly, Greece

Projects’ Overview OpenLab: FLEX: Development of FIRE tools for testbed control and management, user friendly experimentation Extension of FIRE wireless testbeds Federation of the participating testbeds FLEX: Enhancing FIRE wireless testbeds with LTE and LTE-A resources Integration of the LTE specific tools in FIRE tools Mobility, RF-Emulation and monitoring frameworks

Resources available Wireless technologies available include: IEEE 802.11a/b/g/n/ac IEEE 802.16e (Mobile WiMAX) LTE Rel 8 and Rel 10 (macro-femto setups) Mobile Robots, uncontrolled mobility OpenFlow backend USRP devices, Advanced Sensing engines Multiple sensor installations

Future Resources Towards enabling 5G research: Cognitive applications on LTE Exposing the maximum possible configurability of the commercial resources Deploying the appropriate tools which will boost the 4G research Cooperative communication over LTE Investigating potential of experimenting in the mmwaves band Porting of LTE entities over SDR for maximum flexibility in experimentation Exploring Open Source solutions Setting up testbed federations for increasing heterogeneity of the resources

Steps to 5G (defined by Net!Works SRA 10th edition) Wireless Network Topologies Multilayer Multi Radio Access Technology Networks Energy Efficiency Cooperation of Wireless Network Nodes Wireless Network Coding Radio Access Resource Sharing Basic Transmission Technologies Advanced Multi Antenna Transmission/Reception Disruptive Transmit and Receive Architectures Visible Light Communications Efficiency and Security at the Wireless Terminal Side Self‐Organised Networking and Cognitive Radios Inter Layer Network Optimisation Spectrum Packing Spectrum Sharing

Thank you for your attention! More info: FLEX Project Website: http://flex-project.eu email: info@flex-project.eu OpenLab Project Website: http://www.ict-openlab.eu/ email: contact@ict-openlab.eu