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Mobile radiocommunication systems
Krzysztof Wesołowski
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Author: Krzysztof Wesołowski ISBN: 83-206-1469-4 Format: B5, 484 pages Edition 3 Hardcover Publisher: WKiŁ |
About the book |
Mobile radiocommunication is one of the most dynamically developing branches of modern telecommunications. Mobile radio communications systems have become almost universally used. The author tries to bring this issue to light, discussing both theoretical foundations and examples of mobile radiocommunications systems and their standards. In the third, thoroughly revised edition of the book, the Reader will find:
Recipients: research workers and students of electronics, telecommunications and computer science, students of postgraduate studies in the field of electronics, telecommunications and IT and telecommunications engineers. Table of Contents Admission Chapter I THE ELEMENTS OF THE DIGITAL TELECOMMUNICATION SYSTEMS 1.1. Admission 1.2. The model of the digital signal transmission system 1.3. Speech encoders and decoders 1.4. Channel coding 1.4.1. Channel models due to coding 1.4.2. The essence of redundant coding 1.4.3. Code division 1.4.4. Block codes and their polynomial description 1.4.5. Application of block codes with error detection - ARQ technique 1.4.6. Weave codes 1.4.7. Dissipation of errors - application of interleaving 1.4.8. Cascade coding concept 1.4.9. Turbo-coding principle 1.5. Digital modulations used in mobile radiocommunication systems 1.5.1. Single carrier modulations 1.5.1. Multi-tone modulations 1.6. The principle of operation of broadband systems 1.7. Multiple access methods used in mobile radiocommunication 1.8. Duplex transmission methods 1.9. Competition for access to the channel 1.10. OSI model 1.11. X.25 protocol - an example of a packet switched protocol 1.12. Signaling system No. 7 1.13. IP networks Literature Chapter II OVERVIEW AND CLASSIFICATION OF RADIO COMMUNICATION SYSTEMS WITH MOVING OBJECTS 2.1. Admission 2.2. Paging systems 2.3. Wireless telephony 2.4. Trunking systems 2.5. mobile network 2.6. Mobile radiocommunication systems using satellites 2.7. Wireless access to local computer networks Literature Chapter III PROPERTIES OF THE TRANSMISSION CHANNEL IN MOVEMENT SYSTEMS 3.1. Admission 3.2. Propagation of the signal in the free space 3.3. The influence of multipath on signal propagation 3.4. Transmission channel in mobile radiocommunication systems 3.5. Modeling of average power drop as a function of distance from the transmit antenna 3.5.1. Lee model 3.5.2. Model Okumury 3.5.3. Haty model 3.5.4. Model COST231-Haty 3.5.5. Model COST231-Walfisha-Ikegami 3.5.6. Example of damping evaluation using selected propagation models 3.5.7. Estimation of propagation suppression in indoor channels 3.6. Influence of a radiocommunication channel on signals with different bandwidth 3.7. Collective collection Literature Chapter IV PURCHASING SYSTEMS 4.1. Admission 4.2. Determination of the paging system and its basic properties 4.3. Classification of paging networks 4.4. POCSAG data formatting protocol 4.5. The European ERMES paging system 4.6. The FLEX family of protocols 4.7. Conclusions. The future of paging systems Literature Chapter V THE CONCEPT OF MOBILE PHONE AND THE BASIS FOR ITS DESIGN 5.1. The idea of mobile telephony 5.2. Principles of simplified cell distribution planning for the classic cellular system 5.3. Elements of motion theory in application to cellular systems 5.4. Methods of increasing system capacity 5.5. Rules for the separation of channels in cellular systems Literature Chapter VI FIRST GENERATION MOBILE PHONE ON THE EXAMPLE OF THE SYSTEM NMT 6.1. First generation mobile telephony systems 6.2. Assumptions and architecture of the NMT system 6.3. Control of information flow in the NMT system 6.4. Services offered by the NMT system 6.5. Construction of a typical mobile and base station Literature Chapter VII GSM MOBILE PHONE - ARCHITECTURE AND SYSTEM ASPECT 7.1. Admission 7.2. Basics of GSM system architecture 7.3. Basic parameters of GSM radio transmission 7.4. Description of logical channels 7.5. Time structure of the GSM system 7.6. Structure of packages implementing logical channels 7.7. Description of procedures for implementing the connection 7.8. Moving a connection between cells 7.9. Ensuring the privacy of the call and the authenticity of the subscriber 7.10. Modifications and improvements of the GSM system and derivative systems Literature Chapter VIII GSM MOBILE PHONE - PHYSICAL LAYER OF THE SYSTEM 8.1. Admission 8.2. Construction of a typical mobile station 8.3. Encoding and decoding of the speech signal 8.3.1. Coding at full speed 8.3.2. Half-speed coding 8.3.3. Encoding enriched at full speed 8.4. GMSK modulation 8.5. Sequential detection of data symbols Literature Chapter IX DATA TRANSMISSION IN THE GSM SYSTEM 9.1. Admission 9.2. Organization of data transmission in the GSM system 9.3. Data services in the GSM system 9.3.1. Speed adaptation 9.3.2. Channel coding 9.3.3. Radio link protocol (RLP) 9.3.4. Data transmission in the aspect of access to different networks 9.4. Transmission of short messages - SMS 9.5. High speed data transmission system with switching channels - HSCSD 9.6. Packet transmission in the GSM - GPRS system 9.6.1. The architecture of the GPRS system 9.6.2. Physical layer of the GPRS system 9.6.3. Manage GPRS transmission 9.6.4. Services in the GPRS system 9.6.5. Architecture of GPRS protocols 9.7. The EDGE system 9.7.1. Admission 9.7.2. Major improvements at the physical layer Literature Chapter X USE OF THE CODE (CDMA) MULTIPAGE METHOD IN DIGITAL MOTIOUS RADIO COMMUNICATIONS SYSTEM 10.1. Admission 10.2. Motivation to consider CDMA as a potential method of bandwidth access 10.3. Scattering strings 10.3.1. Sequences with maximum length 10.3.2. Strings of Gold and Kasami 10.3.3. Walsh strings 10.4. The basic transmission / reception system in the CDMA system 10.5. RAKE receiver 10.6. Combined detection of CDMA signals 10.7. Features of a typical CDMA system in mobile radiocommunication 10.8. Summary Literature Chapter XI DESCRIPTION OF A PRACTICAL MOVIO RADIO COMMUNICATION SYSTEM USING THE CDMA METHOD - IS-95 SYSTEM 11.1. Admission 11.2. Frequency ranges used 11.3. Transmission from base station to mobile station 11.4. Transmission from a mobile station to a base station 11.5. Power control 11.6. Simplified procedure for establishing a connection 11.7. IS-95B system enhancements that increase data transfer rates Literature Chapter XII TRANKING NETWORKS 12.1. Admission 12.2. The idea of traning 12.3. Standard MPT 1327 12.4. EDACS network - an example of a company standard 12.5. TETRA standard 12.5.1. Services offered in the TETRA system 12.5.2. General architecture of the TETRA system 12.5.3. The physical layer of the TETRA system Literature Chapter XIII DIGITAL WIRELESS TELEPHONE 13.1. Admission 13.2. CT2 standard 13.3. DECT system 13.3.1. Architecture of the DECT system 13.3.2. The physical layer of the DECT system 13.3.3. Description of the medium access control layer (MAC) 13.3.4. Interoperability of the DECT system with the GSM system 13.3.5. Description of a typical mobile station of the DECT system Literature Chapter XIV TECHNIQUES OF MOBILE RADIO COMMUNICATION SYSTEMS IN THE IMPLEMENTATION OF WIRELESS SUBSYSTEM LOOPS 14.1. Admission 14.2. PMP systems 14.3. Systems with the use of cellular telephony 14.4. Application of wireless telephone standards in a wireless subscriber loop Literature Chapter XV SATELLITE SYSTEMS OF PERSONAL RADIO COMMUNICATIONS 15.1. Admission 15.2. Satellite systems of first and second generation mobile radiocommunication - short description 15.3. The concept of personal radio communication systems and their division 15.4. Services offered by satellite personal systems and their prospects 15.5. Presentation of the most important satellite systems of personal radiocommunication 15.5.1. The IRIDIUM system 15.5.2. GLOBALSTAR 16.5.3. ICO system 15.6. Future systems with broadband access 15.6.1. Teledesic 15.6.2. Skybridge system Literature Addition Chapter XVI WIRELESS COMPUTER LOCAL NETWORKS 16.1. Introduction 16.2. Types of WLAN networks 16.3. The hidden station problem 16.4. HIPERLAN / 1 16.4.1. MAC sublayer of the HIPERLAN / 1 network 16.4.2. CAC sublayer of the HIPERLAN / 1 network 16.4.3. The physical layer of the HIPERLAN / 1 system 16.5. WLAN standards of the IEEE 802.11 series 16.5.1. The physical layer of the IEEE 802.11 network 16.5.1.1. Physical layer DS-SS 16.5.1.2. Physical layer FH-SS 16.5.1.3. Physical layer operating in the infrared range 16.5.2. The MAC sublayer of the IEEE 802.11 system 16.6. IEEE 802.11 and HIPERLAN standards for the 5 GHz band 16.6.1. Physical layer of the HIPERLAN / 2 system 16.6.2. Data link layer of the HIPELAN / 2 system 16.7. Bluetooth Literature Chapter XVII THIRD GENERATION CELL SYSTEMS 17.1. Introduction 17.2. The concept of the UMTS system 17.3. UMTS access network architecture 17.4. Radio contact of the UMTS system 17.4.1. Physical layer of radio contact in FDD mode 17.4.2. Physical layer of radio contact in TDD mode 17.5. Cdma2000 system 17.6. Software Radio concept 17.6.1. Introduction 17.6.2. Determination of the minimum radio standard 17.6.3. The basic elements of Software Radio architecture 17.6.4. Software Radio in base stations Literature Chapter XVIII THE APPLICATION OF THE TECHNOLOGY OF SMART ANTENNAS IN CELL PHONE SYSTEMS 18.1. Admission 18.2. The principle of operation of the smart antenna system 18.3. Analysis of the simple arrangement of adaptive antennas and the algorithm of its adaptation 18.4. The importance of using smart antennas 18.5. The impact of smart antenna technology on the increase of cellular system capacity Literature INDEX |
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