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Forensic radio survey techniques for cell site analysis /
"This book is intended to serve two purposes: to provide a coherent explanation of the theories and procedures that underpin forensic radio surveying and of the network technologies being surveyed in a form that can be read cover to cover as a text book; but also to act as a reference resource...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Chichester, West Sussex, UK :
Wiley,
2015.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Title Page; Copyright Page; Contents; About the Author; Preface; Acknowledgements; Glossary; Chapter 1 Forensic Radio Surveys for Cell Site Analysis; 1.1 Cell Site Analysis; 1.2 Forensic Radio Surveying; Chapter 2 Radio Theory; 2.1 RF Propagation; 2.1.1 Radio Theory; 2.1.2 Basic Terminology; 2.1.3 Propagation Modes; 2.1.4 Multipath Transmission; 2.2 Carrying Information on a Radio Signal; 2.2.1 Analogue Transmission Systems; 2.2.2 Digital Transmission Systems; 2.3 Radio Spectrum; 2.3.1 Radio Bands and Channels; 2.3.2 Effects of Frequency on Propagation; 2.3.3 Cellular Bands.
- 2.4 RF Measurements2.4.1 Decibel Notation; 2.4.2 Decibels; 2.4.3 Decibel Milliwatts; 2.4.4 Cellular Measurements; 2.4.5 Measurements Used by Different Cellular Generations; 2.4.6 Describing Signal Strengths; Note; References; Chapter 3 Wireless Technologies and Deployments; 3.1 Coordinating Cellular Development; 3.2 Evolution from 0G to 4G; 3.2.1 0G
- Pre-cellular Networks; 3.2.2 1G
- First Generation Networks; 3.2.3 2G
- Second Generation Networks; 3.2.4 3G
- Third Generation Networks; 3.2.5 4G
- Fourth Generation Networks and Beyond; 3.3 3GPP Network Types; 3.4 3GPP2 Network Types.
- 3.5 Other Types of Network3.5.1 TD-SCDMA; 3.5.2 iDEN; 3.5.3 WiFi; 3.5.4 Wireless Broadband; 3.5.5 WIMAX; 3.5.6 Wireless Local Loop; 3.5.7 GSM-R; 3.5.8 TETRA; 3.6 Deployed Technologies by Region; 3.7 Commonly-used Frequency Bands by Region; References; Chapter 4 Cellular Theory; 4.1 Pre-cellular Radiotelephone Networks; 4.2 Radio Cells; 4.3 Frequency Reuse; 4.4 Cell Size and Coverage; 4.5 Duplex Techniques; 4.5.1 Frequency Division Duplex; 4.5.2 Time Division Duplex; 4.6 Multiple Access Techniques; 4.6.1 Time Division Multiple Access; 4.6.2 Code Division Multiple Access.
- 4.6.3 Orthogonal Frequency Division Multiple Access4.6.4 Multiple Radio Access Technologies; 4.7 Generic Network Architecture; 4.8 Mobile Devices; 4.8.1 The Third Generation Partnership Project Mobile Devices; 4.8.2 Other Network Types; 4.9 Radio Access Networks; 4.9.1 Cells and Base Stations; 4.9.2 Location Areas; 4.10 Core Networks; 4.10.1 2G/3G Core Networks; 4.10.2 4G Core Networks; 4.11 Subscriber and Device Identifiers; 4.11.1 Mobile Subscriber Integrated Services Digital Network; 4.11.2 International Mobile Subscriber Identity; 4.11.3 Temporary Mobile Subscriber Identity.
- 4.11.4 International Mobile Equipment Identity4.12 Network Databases; 4.12.1 Home Location Register/Home Subscriber Server; 4.12.2 Local Mobility Management Database; 4.12.3 Equipment Identity Register; 4.12.4 Network Types
- MNOs and MVNOs; 4.13 Cell Sites; 4.13.1 Channels and Carriers; 4.13.2 Cells and Sectors; 4.13.3 Cell Capacity; 4.13.4 Cell Identifiers; 4.13.5 Physical-layer Cell Identifiers; 4.13.6 Cell Global Identifiers; 4.13.7 Decimal, Binary and Hexadecimal; 4.14 Antennas and Azimuths; 4.15 Uptilt and Downtilt; 4.16 Cell Types and Sizes; 4.17 Cell Site Types and Uses.