DEMO POSTER OVERVIEW updatedformat - Directory … · implementation running on Intel x86 platform ... • Open source initiatives: ... • Open Source 3GPP Compliant LTE Stack (Rel

DEMO OVERVIEW

Markus Mueck, INTEL

© ETSI 2016. All rights reserved

5G V2X Communication Prototype with Reconfigurable Frame Structure based on P‐OFDM Waveform – Cao Hanwen


Demo Description:The demo presents Huawei GRC’s development of a real‐time 5G V2X communication testbedFlexibly reconfigurable PHY frame structure and adaptive P‐OFDM waveform modulation Short TTI length to support mission‐critical low latency applications (One way ping delay < 0.5 ms)Reconfigurable pulse shape with different digital filter prototypes and over sampling rate enabling pulse shape adaptation for variant channel conditionsPure SDR architecture with low‐complexity baseband implementation running on Intel x86 platformEnabling D2D and Cellular assisted D2D accessA reconfigurable RF frontend (USRP 310X) connected to the BBU via GbE/PCIe One way ping delay

Hanwen Cao, Ali Ramadan Ali, Sandip Gangakhedkar, Josef Eichinger, Zhao Zhao

Collaborative coexistence between IEEE 802.15.4e (TSCH) and IEEE 802.11 technologies – Pieter Becue


WiSHF L

PORTABLE TESTBED

IMINDS W-ILAB.T

Collaborative coexistence between IEEE 802.15.4e (TSCH) and IEEE 802.11 technologies


WiSHF L

IEEE 802.15.4 alone IEEE 802.15.4 & IEEE 802.11 interference

WiSHFUL coexistence mechanism enabled

BLACKLISTING OF WIFI CHANNELS

TDMA SCHEME SHARED BY WIFI AND ZIGBEE (CROSS-TECHNOLOGY SYNCHRONIZATION BEACON)

Multi‐domain/technology Service Function Chain Orchestration and Monitoring based on SDN and NFV – Robert Szabo

novel architecture supporting automated, dynamic service function chain creation based on SDN and NFV technologiesinnovative mapping of virtualized infrastructure managers and NFVO into a hierarchical control plane structure


UNIFY is co-funded by the European Commission

DG CONNECT in FP7

original method providing recursive query capabilities on performance metrics of NFV infrastructure

EU‐FP7‐UNIFYGrant Agreement No. 619609

5GPPP Coherent Project – Navid Nikaein

NFV modelling, composition and chaining in cloudified 5G


Blueprint of CRAN NFV Service TemplateService layer defintion- VNF- Data model- Relationships- interfaces - Lifecycles- Constraints - Unit - MachineRelationships:- peer-to-peer- Provider/Requirewww.ict-coherent.eu [email protected]

5G‐NORMA demonstrations Prof. Banchs

Two demonstrators shown at the Mobile World Congress 2016Demo 1: Car remote control• Flexible function allocation• Network slicing• Low‐latency network slice

Demo 2:


Driver’s tablet

Toy car commanded

via low‐latency network slice

Driver’s wireless commands

Low‐latency network slice

Network‐wide function

decomposition and allocation

FROG Global OrchestratorFROG service layer

Exploiting Infrastructure Capabilities to Dynamically OrchestrateNFV Services across Multiple Domains – Fulvio Risso

FROG design goals• Seamless service deployment in heterogeneous infrastructure

• Support for resource‐constrained customer CPEs• Evolve services without major disruption and equipment replacement

• Optimized service deployment: keep functions as close as possible to the customers

Architecture based on a message bus• Brokering of capabilities and resources: a “standard” YANG‐based mechanism to

export information to the orchestration layer• Dynamic adaptation to resource availability

© ETSI 2015. Allrights reserved

Domain 1:Home Gateway

Domain Orchestrator 1

Message bus

Domain 2:OpenFlow network

Domain 3:OpenStack

Domain Orchestrator 2 Domain Orchestrator 3

CONSISTENT NETWORK UPDATES IN SDN ‐ Shukla Apoorv

Problem Statement: In SDN, Asynchronous nature of control channel causes out of order network updates which lead to :a) Skipping of waypoints (middleboxes)b) Occurrence of forwarding loops

Solution: Ensure synchronicity by:a) Divide policy updates in multiple minimum rounds

as per Wayup and Peacock Algorithms a) Use Barrier Requests and Replies for each network

update round


Violates WPE Violates LF

LF and WPE may ConflictDetermining if a

scenario is solvable is NP-hard(3-SAT

reduction)

METIS‐II visualization and evaluation platform


Open tool for visualizing and evaluating 5G concepts (also open to other 5G‐PPP projects)Based on Unity3DIn the version shown in ETSI workshop six example concepts developed in METIS‐II are showcased

POSTER OVERVIEW

Markus Mueck, INTEL


ASCETIC – Self‐adaptation/Orchestration for energy efficient SaaS operation in Cloud

Self‐adaptation rules in UML stereotypes to OVFSelf‐adaptation rule :

trigger condition ‐> self‐adaptation action list• UML profile elements associated to measurement probes• Triggers on SaaS and IaaS concepts (resp.‐time or CPU/Memory

Usage)• IF percentile(«my-app-event-response-time », 98, 60) < 0.5 THEN

Add VM of type X (Horizontal Scale Up)• IF application-event(«anticipated-light-load») < 2 THEN

Min 1 VM of type X (potential Horizontal Scale Down)

Self‐adaptation rules extracted from a UML model and pacakged in OVF manifest fileASCETIC Operational workflow: • Measurements written by SaaS and IaaS to the PaaS App. Monitor• Trigger expressions evaluated by PaaS SLA Manager• Actions enacted by the PaaS Self‐Adaptation Manager


The Role of Cloud‐Enabled Small Cells in 5G Technology standardization

SESAME EU 5G‐PPP Project strategy is to maximize the benefits of cloud‐enabled small cells:• leveraging on Software‐Defined Networking (SDN) and Network Function

Virtualization (NFV) principles.• enabling Multi‐tenancy within the Mobile Edge Infrastructure• decoupling edge ICT ownership from virtual (network) service providers

Objectives:• favor large and new entrant operators,• lowering costs of deployment and maintenance • relaxing technical constraints

Relevant international fora in SESAME context: • Standardization initiatives: ETSI MEC, ETSI NFV, 3GPP and

Small Cell Forum/Broadband forum• Open source initiatives: E.g. OPNFV, OpenStack , OpenDaylight

and ONOS

Fostering the incorporation of multi‐tenancy support in MEC and NFV and promoting multi‐tenancy management models at the edge.


OpenAirInterface: 5G Software Alliance

OpenAirInterface Software Alliance • Open Source 3GPP Compliant LTE Stack (Rel 8/10) for eNB/UE/EPC• 5G Strategic Areas for Evolution towards 5G• Industry‐backed License model for protecting IPR (FRAND License)


OpenAirInterfaceTM 3GPP Stack 5G Strategic Areas

Programmable platform for 60 GHz comms.

Platform• Baseband processing ‐Model‐based design

• Floa ng point (MATLAB/Simulink) → fixed point → VHDL code (Xilinx System Generator)→ VHDL co‐simula on → HW‐in‐the‐loop (Zynq)

• RF front‐ends• Frequency band 57‐64 GHz• Bandwidth 368.4 MHz• 2x2 MIMO

Channel sounding at 60 GHz band• LFM waveform• In‐door LOS and NLOS measurements

• LOS: office corridor – calculating path loss exponent• NLOS: canteen area – clusters of multipath components


Contact: Jan Erik Håkegård ([email protected])Tor Andre Myrvoll ([email protected])

Documents

DEMO POSTER OVERVIEW updatedformat - Directory … · implementation running on Intel x86 platform ... • Open source initiatives: ... • Open Source 3GPP Compliant LTE Stack (Rel