IP CREW. Cogni,ve Radio Experimenta,on World

Transcription

1 IP CREW Cogni,ve Radio Experimenta,on World 1st open call - informa,on session Ingrid Moerman Brussels, September 14, 2011 The research leading to these results has received funding from the European Union's Seventh Framework Programme (FP7/ ) under grant agreement n (CREW project).

2 Outline The CREW project Target CREW pla.orm: testbeds & hardware Key func>onali>es of the federated pla.orm Usage scenarios Open call informa,on General informa>on CREW open call documents Timing More info 1

3 IP CREW: Target to establish an open federated test placorm, facilita,ng experimentally- driven research on advanced spectrum sensing cogni>ve radio spectrum sharing in licensed and unlicensed bands cogni>ve networking 2

4 CREW placorm!"#$%& 6#-*+$&,-).(-.)%!"#$%&'()*+% '()*+$& ISM TV '-#17#$&,+-#$./01%2$3#4+52&,###%/01233%,###%/ %,###%/ % 67#8*9:*-;.9% L##1%MCIA%&+*J'(=% B>"C%?'DE*(.%(*9<'% R.(?*F+.%>.-?'(%S'9.%'-%% TV ISM $<>&N%>&.;)(K=%*-*+NP.(%,-).(;'--.;F'-%'G%&'()*+?%,-).(;'--2%H.)E..-%).?)H.9%.+.=.-)?% 3

5 CREW placorm for open call 1 Offer we deliver the facili>es & hardware for your cogni>ve radio, cogni>ve networking, sensing experiments mature testbeds, years of development and tes>ng we deliver all tools needed for you to effec>vely execute your experiments consor>um holds exper>se from PHY to applica>on layer We are looking for people that want to make use of the CREW facili>es your feedback: what do you like or dislike, which feature(s) would you like to be implemented? Our ambi,on to become the reference test pla.orm for cogni>ve radio and cogni>ve networking 4

6 CREW placorm for Open Call 1!"#$%& '#()*$&!"#$%"$#& +,-)*$& *0#1& +(#./#$& Wireless testbeds 2"3)#.& Sensing platforms!'''&()*+,,&!'''&()*+,-+,&!'''&()*+,-+.& /0'12342"5$3& 'M$9!LN&"?3$9&!=!8&G>>1F29$3&& I?7%$:&9D$5#%J7&E65$"9$9& K''*&L>G;&DE2H?%7& 67$5&8$"96":&;:$"#& 0Q;/'8&2342"5$3&9$"96":&DE2H?%7& O68DM&8D$5#%J7&2"2EMP$%&!"#$%5?""$5B?"&?C&D?%#2E9&!"#$%5?""+&F$#A$$"&#$9#F$3&$E$7$"#9&

7 CREW placorm for Open Call 1 '#()*$& +,$!-#'*./$0%%)*'#,1"*.%!"##"$%&'('%)"*#'(%!"#$%& 0123&45(%6)&!"#$%"$#& +,-)*$& ISM +(#./#$&!"#!$"%&'(&)*+&*,'-"./0& CREW!testbed for the first open call!"""#$%&'((#!"""#$%&'()'(#!"""#$%&'()'*# +,"-./0.123/# "M37!LN#1>/37# I<#/.:.#F.73#!<!6#G==-F.73/## 7>?@.A3#A./4>#DE.H>A5# I>5A38#7D32:AJ5#E # K""&#L=G9#DE.H>A5# ;6<=#7>?@.A3#A./4># R3A7.BE3#6317>A#S>/3#>1## +48T:#D>E3# TV will be available for call # #9831:# TV ;QLURQL#,R# # ISM!6V#F.1/7# #,Q9+"6#./0.123/# #DE.H>A5# O46DM#6D32:AJ5#.1.EMP3A#!1:3A2>1132B>1#>C#D>A:.E7#!1:3A2>11'#F3:@331#:37:F3/#3E3531:7# 6

8 imec advanced spectrum sensing Analog Front- end Digital Front- end 7

9 IBBT w- ilab.t wireless nodes (WiFi/Zigbee/Bluetooth) cogni,ve components: USRP, AirMagnet, imec sensing agent office environment Pseudo- shielded environment USRP imec sensing agent 8

10 TU Berlin TWIST testbed The TKN Wireless Indoor Sensor Network Testbed (TWIST) is a mul>pla.orm, hierarchical testbed architecture. 9

11 LTE- Advanced testbed The LTE- Advanced testbed is a pla.orm for research on coordinated mul>point transmission in cellular networks. 10

12 IRIS reconfigurable radio IRIS can be used to create so`ware radios that are reconfigurable in real- >me. 11

13 CREW federated placorm: key aspects common portal comprehensive descrip,on of the individual testbeds guidelines on how to access and use the federated testbed!"#$%& '#()*$&!"##"$%&'('%)"*#'(% +,$!-#'*./$0%%)*'#,1"*.% +,-)*$&!"#$%"$#& 0123&45(%6)& +(#./#$& CREW!testbed for the first open call 12

14 CREW common portal CREW portal: project.eu/portal Browse by name Overview images Advanced informa>on 13

15 CREW common portal 14

16 CREW federated placorm: key aspects novel cogni,ve components reloca,on of components linking together so`ware and hardware en,,es from the different partners TCD USRP + USRP TU '#()*$&!"#$%"$#& 0123&45(%6)& +,-)*$& +(#./#$& 15

17 CREW federated placorm: key aspects crea,on of open data sets a common data structure enables the emula>on of CREW components in other experimental environments or in a simulator Compliance with + extension of IEEE standard!"#$%&$'()*+,!$#*'-%)+.#&*%()*+, /*"01+"'-'2#1#-3+ E x p e r i m e n t s A'1'+ F#1'.'1'+ DB Common Data Format Generic evaluation Benchmarking A!B+'""-)'$8#3+,?+, 43'5#+)6+.'1'+6)-+ 7#*$82'-9%*5+ 6-'2#:)-9+, ;20<'1#+3"#$1-02+ )$$0"'*$=+, >#"<'=+"-%2'-=+ 03'5#+,?+ Mix and match, /2#$+3#*3%*5+C+ DEA+A!B+,!"#$1-02+3#*3%*5+.'1'7'3#+,?+ 16

18 CREW federated placorm: key aspects transceiver API standardized API for SDR architectures (developed within WINNF) func>onal specifica>on for RF hardware pla.orms command and control Air interface USRP2 Linux PC Modem (Ex: Radio standard protocol, sensing engine) Transceiver Façade Implementing The APIs (UHD wrapper) Linux OS UHD Driver (PC) UHD Driver (Board) FW+HW

19 CREW federated placorm: key aspects benchmarking framework enabling experiments under controlled and reproducible test condi,ons offering automated procedures for experiments and performance evalua>on allowing fair comparison wireless environment benchmark scenario system under test (1) experiment configura>on (2) testbed control 18

20 CREW federated placorm: key aspects benchmarking framework enabling experiments under controlled and reproducible test condi,ons offering automated procedures for experiments and performance evalua>on allowing fair comparison wireless environment (1) system under test (2) (3) raw monitoring data performance metric (1) data from environment (2) externally observable data (3) data generated by SUT benchmarking score More info: benchmarking white paper ( 19

21 CREW internal usage scenarios 20

22 CREW internal usage scenarios US1 - Context awareness for cogni,ve networking spectrum sensing in unlicensed (ISM) and licensed bands (TV white spaces, cellular systems) US2 - Robust cogni,ve networks applica>ons that require robust communica>ons though avoiding harmful interference and using frequency agility to improve communica>on quality US3 - Horizontal resource sharing in the ISM band algorithms, protocols and networking architectures for coexistence of and coopera>on between independent heterogeneous network technologies US4 - Coopera,on in heterogeneous networks in TV bands new ideas for opportunis>c spectrum access to underu>lized licensed TV bands US5 - Cogni,ve Systems and Cellular Networks the impact of dynamic spectrum access by secondary users on LTE cellular primary systems. See CREW deliverable D2.1 21

23 Example experiments (1) Context awareness approaches Local sensing performance for various frequency bands and signals (ISM, TV, LTE) Characteriza>on of sensing performance of different hardware solu>ons Comparison of local versus distributed sensing Context awareness performance of database versus local or distributed sensing database approach 22

24 Example experiments (2) Cogni,ve networking solu,ons for coexistence / horizontal spectrum sharing / interference avoidance in ISM bands Scenario: home/office/public environment Simple versus advanced spectrum sensing techniques Energy detec>on versus feature detec>on COTS hardware versus CREW hardware Cogni>ve networking monitoring techniques; Local versus collec>ve cogni>ve decision and control; Cross- layer, cross- node, cross- network, cross- technology op>miza>on strategies; Different physical wireless environments, different test scenarios; 23

25 Example experiments (3) Cogni,ve body area networks Scenario: impact of interference on QoS in CBANs Sta>c versus mobile CBAN Sensors on test persons or robots Comparison of different sensing solu>ons Experimenta>on with link / mul>- channel MAC protocols for CBANs Real- >me / delay sensi>ve protocol support 24

26 Example experiments (4) Cogni,ve algorithms integra,on through Transceiver API Implementa>on of cogni>ve solu>on on USRP2 pla.orm (access to USRP radio through API from host PC) System integra>on of the new device (= cogni>ve algorithm + USRP2 radio- subsystem) in any of the CREW testbeds Air interface Ethernet 25

27 Example experiments (5) Reconfigurable radios and adapta,on mechanisms in a cogni,ve network Iris SW radio pla.orm: dynamic adapta>ons at mul>ple layers in the protocol stack, including the physical layer spectrum sculp>ng for bener coexistence with co- located and/ or adjacent systems the implementa>on of a cogni>ve medium access control (MAC) protocol use of TV white spaces through sensing and geoloca>on database methods 26

28 Example experiments (6) Impact of cogni,ve radio on a primary cellular system Scenario: opportunis>c use of white spaces in licensed bands and impact on the primary system s performance enhance coexistence by minimizing interference (by secondary system) to the primary system algorithms for the reliable detec>on of the targeted white spaces via energy or feature detec>on algorithms for avoidance of the licensed signals 27

29 Call informa,on Budget: 400,000 Minimum funding per experiment: 50,000 Maximum funding per experiment: 200,000 Number of experiments to be funded: 3 to 5 Number of partners per experiment: 1 or 2 Type of par,cipants: academics and companies Dura,on of the experiment: maximum 12 months. Language of the proposal: English Call deadline: Wednesday, October 19 th, 2011 at 17:00h CET Address for proposal submission: ict@ec.europa.eu Call iden,fier: CREW2011- OC1 Contact for informa,on: Ingrid Moerman (IBBT) Ingrid.moerman@intec.ugent.be phone: (office) 28

30 CREW open call documents CREW open call announcement Background informa>on on the CREW project Call informa>on Objec>ves of CREW open call 1 How to use the CREW federa>on Example experiments Informa>on on CREW facili>es and components Experiment work plan and >ming Guide for applicants How to prepare and submit a proposal Proposal evalua>on and selec>on Support to proposers Proposal format (+ CREW specific informa>on!) Evalua>on form CREW Consor,um Agreement Slides of this presenta,on 29

31 CREW open call documents CREW open call announcement Background informa>on on the CREW project Call informa>on Objec>ves of CREW open call 1 How to use the CREW federa>on Example experiments Informa>on on CREW facili>es and components Experiment work plan and >ming Guide for applicants How to prepare and submit a proposal Proposal evalua>on and selec>on Support to proposers Proposal format (+ CREW specific informa>on!) Evalua>on form CREW Consor,um Agreement Slides of this presenta,on 30

32 Call objec,ves Experiments and evalua,ons in the cogni,ve radio and cogni,ve networking research domain that make use of the CREW facili,es and its federa,on func,onality Maximally exploit the unique features of the CREW facili,es (at least 2 func,onali,es!) Combina>on of cogni>ve components from different testbeds E.g. use of imec sensing agent or IRIS SW radio in another testbed Comparing experimental results obtained in two different testbeds CREW advanced spectrum func>onality Combina>on of CREW different sensing solu>ons (HW, SW) Comparison of own sensing hardware with CREW sensing hardware Benchmarking features Use of reference test environment Use of exis>ng metrics and scores Defini>on of new metrics and scores Common Data Collec>on and Storage Methodology Crea>on of public data traces according to common data format Record behavior in one testbed & replay in another testbed Transceiver API 31

33 1. Experiment design Experiment work plan Descrip>on of cogni>ve solu>on Use of CREW federa>on Descrip>on of experiments Specific demand for extensions 2. Experiment set- up Deployment of cogni>ve solu>on(s) on CREW infrastructure Implementa>on of extensions to the CREW federated pla.orm 3. Experiment execu,on 4. Feedback Experiments results & analysis User experience Recommenda>ons 5. Dissemina,on Regular dissemina>on ac>ons Demonstra>on (showcase) 32

34 Timing Timing of experiment Maximum dura>on: 12 months Major milestones: Experiment design: no later than M2 Experiment set- up: no later than M4 Experiment execu>on: first successful experiment no later than M6 Experiment feedback: final report no later than M12 Dissemina>on: first dissemina>on of results no later than M9 showcase available no later than M12 Remarks Design & development of cogni>ve solu>ons is NOT part of the proposal (only experiments!) Make clear planning for on- site visits, if no remote experiments are possible 33

35 Some more guidelines Discuss your proposal idea with CREW consor,um! Ask informa,on about capabili>es of facili>es Available budget in the open call is primarily meant for experimenta>on and not for buying hardware Experiments should lead to sustainable solu>ons for CREW Experiment should have sufficient added value for the CREW federated pla.orm (during & a`er the CREW project) Foreground knowledge created during experiment can be further used by CREW partners and future experimenters (also a`er the CREW project) New partners must adhere to the CREW IPR regula,ons, as s>pulated in the CREW consor>um agreement All foreground developed in CREW before the accession of the new experimenter is considered to be background A specific wrinen agreement is needed in order to fix the terms and condi>ons of the ownership of the foreground concerned iden>fy if any foreground will be created and under which condi>ons access rights for using foreground will be granted during and a`er the CREW project (see sec>on 3.2 of proposal) Use of proposal informa,on by CREW consor>um is desired (also when proposal is not selected for funding) Recommended total proposal size: pages 34

36 Timing of open call Preliminary announcement: June 16 th, FNMS Official launch of open call: September 14 th, Brussels Submission deadline: October 19 th, 17:00h (CET) Evalua,on results available: December 2011 (tenta>ve) Start of new partners: January 2012 (tenta>ve) 35

37 Informa,on on CREW facili,es Individual testbeds IBBT Stefan Bouckaert TU Berlin Jan Hauer berlin.de) TCD Luiz DaSilva TU Dresden Nicola Michailow dresden.de) Sensing agent imec Peter Van Wesemael Transceiver API THALES Alejandro Sanchez 36

38 CREW website More info project.eu/opencallinfo Open call announcement document Guide for proposers CREW consor>um agreement CREW portal: project.eu/portal CREW parallel session Av. Beaulieu, 25 - BU25, room 0/S5 Start at 13:30h 37