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About the Author -- Preface -- Acknowledgements -- Acknowledgements for the 2nd Edition -- Glossary -- 1 Forensic Radio Surveys for Cell Site Analysis -- 1.1 Cell Site Analysis -- 1.2 Forensic Radio Surveying -- 2 Radio Theory -- 2.1 RF Propagation -- 2.2 Carrying Information on a Radio Signal -- 2.3 Radio Spectrum -- 2.4 RF Measurements -- 3 Wireless Technologies and Deployments -- 3.1 Coordinating Cellular Development -- 3.2 Evolution from 0G to 5G -- 3.3 3GPP Network Types -- 3.4 3GPP2 Network Types -- 3.5 Other Types of Network -- 3.6 Deployed Technologies by Region -- 3.7 Commonly Used Frequency Bands by Region -- 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 -- 4.6 Multiple Access Techniques -- 4.7 Generic Network Architecture -- 4.8 Mobile Devices and SIMs -- 4.9 Radio Access Networks -- 4.10 Core Networks -- 4.11 Subscriber and Device Identifiers -- 4.12 Network Databases -- 4.13 Cell Sites -- 4.14 Antennas and Azimuths -- 4.15 Uptilt and Downtilt -- 4.16 Cell Types and Sizes -- 4.17 Cell Site Types and Uses -- 4.18 Single and Multi-frequency Networks -- 4.19 Cell Coverage Concepts -- 4.20 Small Cells and Closed Subscriber Groups -- 4.21 Network Activities -- 4.22 Idle Mode and Connected Mode -- 4.23 Cell Access Control -- 4.24 Location Updating (Idle Mode Mobility) -- 4.25 Handover (Connected Mode Mobility) -- 4.26 Network Sharing -- 5 3GPP Network Types -- 5.1 2G GSM Networks -- 5.2 3G UMTS/HSPA Networks -- 5.3 4G LTE Networks -- 5.4 5G NR Networks -- 6 Other Cellular Network Types -- 6.1 2G IS-95/cdmaOne -- 6.2 3G IS-2000/CDMA2000 1x RTT -- 6.3 3G CDMA2000 EV-DO -- 6.4 Surveying Other Technologies -- 6.5 Global Navigation Satellite Systems -- 7 Forensic Radio Surveys -- 7.1 Forensic Radio Survey Objectives -- 7.2 Forensic Radio Survey Terminology -- 7.3 Forensic Radio Survey Types and Techniques -- 7.4 Idle Mode versus Connected Mode Surveys -- 7.5 Additional Survey Techniques -- 7.6 Survey Preparation -- 7.7 Typical Survey Actions and Procedures -- 7.8 Survey Results: Checking and Confirmation -- 7.9 Survey Notes and Progress Maps -- 7.10 Survey Equipment Types -- 7.11 Raw Survey Results -- 7.12 Processing Survey Results -- 7.13 Understanding Survey Results -- 7.14 Storage of Survey Data -- 7.15 Quality and Best Practice -- 7.16 Summary of Typical Survey Results -- 8 Cell Site Analysis -- 8.1 Cell Site Concepts -- 8.2 Uses and Limitations of Cell Site Evidence -- 8.3 Regulation of Cell Site Analysis -- 8.4 Components of Cell Site Analysis -- 8.5 Call Detail Records -- 8.6 Sources of Cellular Coverage Data -- 8.7 Forensic Radio Surveys -- 8.8 Cell Site Reports -- 8.9 Call Schedules -- 8.10 Maps and Graphics -- 8.11 Report Checking and Peer Review -- 8.12 Professional and Expert Witnesses -- 8.13 Court Presentations -- 8.14 Support for 'Live' Investigations -- 8.15 Cell Site Analysis and Forensic RF Surveys -- 9 Summary and Practical Activities -- 9.1 Radio and Cellular Concepts -- 9.2 Cellular Identifiers -- 9.3 Cellular Network Types -- 9.4 Forensic Radio Surveys -- 9.5 Survey Results: Checking and Confirmation -- 9.6 Survey Notes and Progress Maps -- 9.7 Survey Results -- 9.8 Cell Site Analysis -- 9.9 End-to-End Process -- 9.10 Overall List of Events/Locations -- 9.11 Source Files Attribution List -- 9.12 Normalise Call Data into a Standard Format -- 9.13 Create an Overall Cell List -- 9.14 Creating a Case Overview Map -- 9.15 Compile Radio Survey Summary Tables -- 9.16 Creating Call and Cell Labels -- 9.17 Cell Site Mapping Presentations -- 9.18 Summary -- 9.19 Further Reading -- References -- Index.

FORENSIC RADIO SURVEY TECHNIQUES FOR CELL SITE ANALYSIS Overview of the end-to-end process of planning, undertaking, and reporting of forensic radio surveying to support cell site analysis The newly updated and revised Second Edition of Forensic Radio Survey Techniques for Cell Site Analysis provides an overview of the end-to-end process of planning, undertaking, and reporting of forensic radio surveying to support the forensic discipline of cell site analysis. It starts by recapping and explaining, in an accessible way, the theory, structure, and operation of cellular communications networks, then moves on to describe the techniques and devices employed to undertake forensic radio surveys. Worked examples are used throughout to demonstrate the practical steps required to plan and undertake forensic radio surveys, including the methods used to analyze radio survey data and compile it into a court report. A summary section condenses the technical and practical elements of the book into a handy reference resource for busy practitioners. The Second Edition contains 25% brand new material covering 5G New Radio networks and '6G and beyond,' critical communications, mobile satellite communications, IoT networks, Cell Site Analysis Tools, and much more. Other sample topics covered in Forensic Radio Survey Techniques for Cell Site Analysis include: Radio theory, covering RF propagation, basic terminology, propagation modes, multipath transmission, and carrying information on a radio signal Core networks, including 2G, 3G, 4G, and 5G, subscriber and device identifiers, and international and temporary mobile subscriber identities Cell access control, covering cell barring, forbidden LAC/TAC, location updating, inter- and intra-carrier handovers, and 3GPP network types Forensic radio surveys objectives, terminology, and types, along with location, static spot, and indoor surveys The Second Edition of Forensic Radio Survey Techniques for Cell Site Analysis is an essential reference on the subject for police analysts, practitioners, technicians, investigators, and cell site experts, along with legal professionals and students/trainees in digital forensics.

Kütüphane	Materyal Türü	Demirbaş Numarası	Yer Numarası	[[missing key: search.ChildField.HOLDING]]	Durumu/İade Tarihi
Çevrimiçi Kütüphane	E-Kitap	598862-1001	TK5103.4837 .H69 2024 EB		Wiley E-Kitap Koleksiyonu