Sp 2 Propagation and radio electric cohabitation measurements in Île-de-France and metrologic devices




НазваниеSp 2 Propagation and radio electric cohabitation measurements in Île-de-France and metrologic devices
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Urban planning for Radio Communications


SP 2

Propagation and radio electric cohabitation measurements in Île-de-France and metrologic devices


Task 2.1

Definition of advanced management of radio resources techniques


D.2.1.1

State of the art of the Network deployments in Ile de France and their cooperation mechanisms


Edition 1.1 - 17/04/2007


Editions



Edition

Date

Authors

Comments

Ed 1.0

04/04/2007

J.M. de Laigue (France Télécom)

M. Berbineau (INRETS)

P. Cordier (France Télécom)

A. Grannec (France Télécom)

T. Schott (TDF)

R. Yahi (France Télécom)

Initial version

Ed 1.1

17/04/2007




Updated section based on COPIL comments



























































































































Table of Contents

Executive summary 5

Résumé 6

1 Frequency allocations for the existing systems in Ile de France 7

2 Systems/standard description 12

2.1 Broadcasting systems 12

2.1.1 Television broadcasting systems 12

2.1.2 Digital audio broadcasting systems 16

2.1.3 Implemented networks 18

2.2 Cellular systems 24

2.2.2 UMTS system (Universal Mobile Telecommunications System) 29

2.2.3 Deployed networks 30

2.3 Fixed and Nomadic Wireless Systems 31

2.3.1 Systems operating in Licensed Bands 31

2.3.2 License Exempt Systems 35

2.4 Other systems 41

2.4.1 PMR- PAMR mobile systems: TETRA, TETRAPOL 41

2.4.2 Communications system for Railways: GSM-R 42

3 Emerging systems 43

3.1 Broadcasting systems 43

3.1.1 Main features of the DVB-H system 43

3.1.2 Main features of the DMB system 46

3.2 Mobile systems 46

3.2.1 UMTS evolutions/features: HSDPA, HSUPA, HSPA+ 46

3.2.2 3G LTE 49

3.2.3 HSOPA (High Speed OFDM-MIMO Packet Access): towards a 100 Mbps peak rate 49

3.2.4 The IMT advanced concept of the ITU-R 50

3.2.5 Femtocells (or 3G Home Gateways) 50

3.2.6 Mobile WiMAX (802.16 e/ m) 51

3.2.7 MBWA IEEE 802.20 51

3.3 Some emerging nomadic wireless networks 53

3.3.1 WLAN IEEE 802.11n standard 53

3.3.2 WPAN Ultra Wide Band systems (UWB) 53

4 Coexistence issues 54

4.1 Mobile UMTS systems 55

4.1.1 Inter-operators issues in FDD and TDD coexistence with FDD 55

4.1.2 Coexistence with DECT/TDD 56

4.1.3 Coexistence with Satellite 56

4.1.4 Coexistence with WiMAX 56

4.1.5 Some other coexistence issues 57

4.1.6 Future 2500-2690MHz Band (for award of Spectrum in 2011-2025) 58

5 Cooperation mechanisms 58

5.1 Examples of cooperation mechanisms 59

5.1.1 GSM/EDGE/UMTS and WiFi 59

5.1.2 Example of 802.21 mixed network client use case 60

5.2 Future mechanisms 61

5.2.1 Dynamic Spectrum Access (DSA) 61

5.2.2 Efficiency Enhancements for Radio Resource and Spectrum (part of European IST E2R project) 61

5.2.3 Cognitive Radio and Software Defined Radio 61

6 Benefits for the local authorities 62

6.1 Regulations 62

6.1.1 Flexibility 63

6.1.2 Flexibility in the transfert of rights of uses of frequencies 64

6.2 Benefits from new technologies 65

6.2.1 Cooperation mechanisms 65

6.2.2 Licence exempt spectrum use 65

6.2.3 The future 65

6.3 Effects of Radio Frequencies on health and benefits from new radio technologies. 66

6.3.1 Organizations working on safety issues 66

6.3.2 Some references to radiation safety guidelines and standards: 67

7 Conclusion 67

8 Acronyms and definitions 68

9 References 69

10 Figures 72

11 Tables 73


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