GSC-18 Contribution Template

Document No: GSC(14)18_038 (for information) Source: ETSI Contact: Markus Mueck, Chairman TC RRS Agenda Item: 7.8 ETSI TC RRS (Reconfigurable Radio Systems) Activities related to M2M/IoT and Public Safety/Security Communications Dr. Markus Mueck, Chairman TC RRS Overview

Overview: ETSI TC RRS (Reconfigurable Radio Systems) ETSI TC RRS Activities related to TVWS with specific relevance to M2M/IoT ETSI TC RRS Activities related to Public Safety/Security Communications with relevance to EC Mandate M/512 Conclusions Introduction of ETSI TC RRS JTFER In te r- D om ai n En ab le r

s Fl ex ib ili ty M D Sy st e et m, c. Sp ec tr um , Jamshid Khun-Jush (Qualcomm)

The committee has focused on the RRS encompassing both SDR and CR. The committees activities include studies on the feasibility of RRS standardization, collecting and defining RRS requirements, identifying gaps where existing standards do not fulfill those requirements and proposing solutions to fill those gaps. On average, 35 ETSI members attend the RRS meeting (Plenaries and/or WG meetings) TWVS Activities - M2M / IoT ETSI TC RRS maintains a number of activities related to TVWS complementing the Harmonised Standard EN 301 598 The Activities are targeting generic applications of TVWS systems, but they are expected to be in particular relevant for M2M / IoT type applications. ETSI TR 102 907: Reconfigurable Radio Systems (RRS); Use cases for Operation in White Space Communication in (TV) White Space Frequency Bands

Frequency Bands introduces key Use Cases Draft ETSI TS 103 145: Reconfigurable Radio Systems (RRS); System Architecture and High Level Procedures for Coordinated and Uncoordinated Use of TV White Spaces details the system level design. Slave WSD1 GLDB Spectrum Coordination Master WSD CRS Slave WSD2 TWVS Activities - M2M / IoT

ETSI TR 103 067: Reconfigurable Radio Systems (RRS); Feasibility study on Radio Frequency (RF) Time Period Gap Duration Active Duration performance for Cognitive Radio Systems operating in UHF TV band White Spaces provide specific tools including sensing approach, protection Example: Coordinated Silencing through coordination, etc. ETSI TS 103 143: Reconfigurable Radio Systems (RRS); System architecture for information exchange Scope of TS103 143

GLDB A GLDB B CRS A CRS B between different Geo-location Databases (GLDBs) enabling the operation of White Space Devices (WSDs) introduce inter-database communication mechanisms. Public Safety/Security Communications ETSI TC RRS addresses Synergies between Commercial, Public Safety and Military Systems in the context of a Feasibility Study following EC Mandate M/512 on Reconfigurable Radio Systems The Objective is to proceed in 3 Steps: Development of a Feasibility Study Development of a Work Program Implementation of the Work Program The current focus is on TR 103 217: Reconfigurable Radio Systems (RRS); Feasibility study on inter-domain synergies; Synergies between PPDR/

civil PMR, military and commercial domains with contributions mainly linked to Licensed Shared pectrum based Spectrum Sharing. Further contributions are highly invited & welcome! Conclusions ETSI TC RRS develops a strong set of standards enabling an efficient usage of TVWS for M2M/IoT and other systems. ETSI TC RRS develops a feasibility study on Synergies between Commercial, Public Safety and Military Systems in alignment to EC Mandate M/512, Objective C. Contributions are most highly welcome the next ETSI TC RRS will be held in Mainz, Germany hosted by BNetzA on 22-26-September 2014. Contact Details: Dr. Markus Mueck ([email protected])