Mobile terminal receiver design : LTE and LTE-advanced /: LTE and LTE-advanced. (2017)

• Record Type: Book
• Further Information: Note: Sajal Kumar Das.
• Authors: Das, Sajal K
• Contents: Contents Preface 1 Introduction to Mobile Terminals 2 1.1 Building Blocks of a Smart Phone 2 2 History of Mobile Phone 5 3 Growth of Mobile phone market 5 4 Past, present and future of mobile communication devices 8 5 Further Reading 8 2 Cellular systems Modem 1 Introduction to Modem 3 2 Telecommunication network 4 3 Cellular concepts 7 4 Evolution of mobile cellular networks 8 5 First Generation (1G) Cellular Systems 9 5.1 First generation mobile phone modem anatomy 10 6 Cellular system standardization 10 7 Second Generation (2G) Cellular Systems 12 7.1 GSM System 13 7.1.1 Overview of GSM System Architecture 13 7.1.2 Air Interface 15 7.1.3 Services 17 7.1.4 Evolution of GSM system 17 8 GSM Mobile Phone Modem Anatomy 19 8.1 Receiver Unit 19 8.1.1 RF front-end receiver unit 19 8.1.2 Baseband receiver unit 20 8.2 Transmitter Unit 23 8.2.1 RF Transmitter Unit 23 8.2.2 Baseband Transmitter Unit 23 9 Channel estimation and Equalization in GSM Mobile Terminals 23 9.1 Channel Condition Detection Techniques 24 9.1.1 Dynamic Channel Environment Detection method 24 9.1.2 Detection of Channel Type 25 9.1.3 Detection of Channel Length 26 9.2 Protocol Stack of GSM mobile 27 10 Third Generation (3G) Cellular systems 28 10.1 Overview of UMTS system Architecture 28 10.2 UMTS Air Interface 29 10.2.1 Separation of cells (NBs), UEs, channels 31 10.2.2 UMTS Channel Structure 31 10.3 Downlink Channel Transmission (from NB) 32 10.3.1 Timing relationship between physical channels 34 10.4 UMTS UE Protocol Architecture 35 10.5 UMTS Addressing Mechanism 39 10.5.1 URA, LA, RA, CGI 39 10.6 RLs, RBs, SRBs 39 11 UMTS UE system operations 40 11.1 Carrier RSSI Scan 40 11.2 Cell Search 40 11.3 System Information Reception 41 11.4 Paging reception and DRX 42 11.5 RRC connection establishment 43 11.5.1 RRC states 43 12 WCDMA UE Transmitter Anatomy 44 13 WCDMA UE Receiver Anatomy 46 13.1 Baseband Architecture 47 14 Evolutions of UMTS system 50 14.1 HSDPA 50 14.2 HSUPA 51 14.3 HSPA+ 51 15 Further Reading 52 3 LTE System 1 LTE Cellular Systems 2 2 3GPP Long Term Evolution (LTE) Overview 2 2.1 LTE Design Goals 3 3 3GPP LTE specifications 3 4 LTE Network Architecture 3 5 Interfaces 5 6 System Protocol Architecture 5 6.1 User plane data flow diagram 6 6.2 Protocol states 7 6.3 Bearer service Architecture 8 7 LTE-Uu Downlink and Uplink transmission schemes and Air interface 8 7.1 Downlink Transmission Scheme and Frame structure 9 7.2 Uplink Transmission Scheme and Frame structure 13 8 Channel Structure 14 8.1 Downlink Channel Structure and Transmission Mechanism 14 8.1.1 Downlink logical, transport and physical channels 14 8.1.2 Downlink Signals 16 8.1.3 System Information (SI) Transmission 23 8.1.4 PCFICH Transmission 26 8.1.5 PDCCH Transmission 27 8.1.6 Physical Hybrid-ARQ Indicator Channel (PHICH) 28 8.1.7 Physical Downlink Shared Channel (PDSCH) 29 8.2 Downlink Physical channel Processing 30 8.3 Uplink Channel Structure and Transmission Mechanism 34 8.3.1 Uplink logical, transport and physical channels 34 8.3.2 Uplink Physical Signals 36 8.4 Uplink Physical Channel Processing 36 9 MIMO (Multiple Input Multiple Output) 38 9.1 MIMO in LTE system 39 9.2 Transmission Mode (TM) 39 10 Uplink Hybrid ARQ (Automatic Repeat Request) 40 11 UE categories 40 12 Further Reading 41 4 LTE UE Operations Procedures and Anatomy 1 UE procedures 2 2 Network and cell selection in Terminal 5 2.1 PLMN selection 5 2.2 Closed Subscriber Group Selection 5 2.3 Cell Selection criteria 6 3 Cell search and Acquisition 6 3.1 Cell search and synchronization procedure 6 3.1.1 Implementation of PSS and SSS detection 9 4 Cell Specific Reference (CRS) signal detection 10 5 PBCH (MIB) Reception 11 6 PCFICH Reception 12 7 PHICH Reception 12 8 PDCCH reception 13 8.1 Implementation of control channel decoder 13 9 PDSCH reception 15 10 SIB reception 15 11 Paging reception 15 11.1 Calculation of paging occasion 15 11.2 Paging procedure 16 12 UE Measurement parameters 17 13 Random access procedure (RACH transmission) 18 13.1 Preamble Transmission by UE 20 14 Data Transmission 20 15 Handover 22 15.1.1 Idle state mobility management 23 15.2 Inter-operability with the legacy systems (I-RAT) 24 16 Anatomy of an LTE UE 25 17 Channel estimation 26 18 Equalization 27 19 Detection 27 20 Decoder 28 21 Further Study 28 5 Smartphone Hardware and System Design 1 Introduction to smartphone hardware 3 2 Smartphone Processors 5 2.1 Processor operations 6 2.2 Processor types 7 2.3 ARM (Advanced Risk Machine) 8 2.3.1 ARM system Design 10 2.3.2 ARM processor 10 2.3.3 ARM Core 11 2.3.4 ARM Processor Modes 12 2.3.5 Exceptions 13 2.3.6 Bus 14 2.4 DSP based implementation 15 2.5 SOC based architecture 15 2.5.1 Qualcomm Snapdragon Processors 15 3 LTE smartphone hardware implementation 16 4 Memory 17 4.1 Read Only Memory (ROM) 17 4.1.1 Electrically Erasable Programmable ROM (EEPROM) 18 4.2 FLASH Memory 18 4.2.1 Flash Erasing, and programming 18 4.2.2 Different Types of Flash Memories 19 4.3 Random Access Memory (RAM) 21 4.3.1 Static RAM (SRAM) 21 4.3.2 DRAM 21 5 Application processing unit 21 5.1 Application processor peripherals 22 6 Multimedia Modules 22 7 Microphone (MIC) 22 7.1 Principle of operation 22 7.1.1 Characteristics of MIC 24 8 Loudspeaker 24 9 Camera 26 10 Display 27 11 Keypad and Touchscreen 28 12 Analog to Digital Conversion (ADC) Module 30 13 Automatic Gain Control (AGC) Module 32 14 Frequency Generation Unit 33 15 Automatic Frequency Correction (AFC) Module 35 15.1 The Analog VC-TCXO 36 15.2 Digitally-Controlled crystal oscillators - DCXO 37 15.2.1 Working principle of DCXO 37 16 Alert Signal Generation 38 17 Subscriber Identity Module (SIM) 39 18 Connectivity Modules 40 18.1 Bluetooth 40 18.2 USB 42 18.2.1 USB Host 43 18.2.2 USB Device 43 18.2.3 Interconnects 43 18.2.4 Speed of USB 44 18.2.5 USB On The Go (OTG) 44 18.3 WiFi 45 19 RF-Baseband (BB) Interface 47 20 System Design 48 20.1 System design Goal and metrics 48 20.2 System Architecture 49 21 Further Reading 50 6 UE RF components and system Design 1 Introduction to RF Systems 2 2 RF Front-end Module (FEM) 2 2.1 Antenna 2 2.1.1 Action of an Antenna 3 2.1.2 Antenna parameters 6 2.1.3 Conventional mobile phone antennas 9 2.1
• Publisher Details: Singapore : Wiley
• Publication Date: 2017
• Extent: 1 online resource (xvi, 356 pages)
• Subjects: 621.3845/6; Cell phones -- Design and construction; Mobile communication systems -- Technological innovations; Long-Term Evolution (Telecommunications)
• Languages: English
• ISBNs: 9781119107446; 9781119107309; 9781119107439; 1119107431
• Related ISBNs: 111910744X; 111910730X
• Notes: Note: Includes bibliographical references and index.
• Access Rights: Legal Deposit; Only available on premises controlled by the deposit library and to one user at any one time; The Legal Deposit Libraries (Non-Print Works) Regulations (UK).
• Access Usage: Restricted: Printing from this resource is governed by The Legal Deposit Libraries (Non-Print Works) Regulations (UK) and UK copyright law currently in force.