chapter PART I: STANDARDS -- chapter 1 An Overview of the Emerging Digital Video Broadcasting–Handheld (DVB-H) Technology / chapter 2 An Overview of Digital Video Broadcasting via Satellite Services to Handhelds (DVB-SH) Technology / chapter 3 An Overview of Digital Multimedia Broadcasting for Terrestrial (DMB-T) / chapter 4 Overview of ISDB-T: One-Segment Reception / chapter 5 Comparative Study of Mobile Broadcasting Protocols: DVB-H, T-DMB, MBMS, and MediaFLO / chapter 6 Hardware and Software Architectures for Mobile Multimedia Signal Processing / chapter 7 Development of an H.264/AVC Main Profile Video Decoder Prototype Using a Platform-Based SOC Design Methodology / chapter 8 H.264/AVC Video Codec Design: A Hardwired Approach / chapter 9 Low-Power Analog-to-Digital Converters (ADCs) for Mobile Broadcasting Applications / chapter 10 Application Layer Forward Error Correction for Mobile Multimedia Broadcasting. and Tiago Gasiba / chapter 11 Time and Frequency Synchronization Schemes for OFDM-Based Mobile Broadcasting / chapter 12 Antenna Diversity Schemes Suitable for Orthogonal Frequency Division Multiplexing (OFDM)-Based Standards / chapter 13 Soft Handover Techniques for Time-Slicing-Based Broadcast Systems / chapter 14 Transmission Aspects and Service Discovery Strategy for Seamless Handover in DVB-H / chapter 15 Radio Resource Management Schemes for Mobile Terrestrial and Satellite Broadcasting / chapter 16 Dynamic Forward Error Control Schemes / chapter 17 Air Interface Enhancements for Multimedia Broadcast/Multicast Service / chapter 18 Optimization of Packet Scheduling Schemes / chapter 19 Finite-State Models for Simulating the Packet Error Behavior of a Mobile Broadcasting System Operating in a Multipath Channel Environment / chapter 20 Performance Analysis of the DVB-H Link Layer Forward Error Correction / chapter 21 DVB-H Systems and Receivers / chapter 22 Video Streaming and Related Applications in the Mobile Environment / chapter 23 Live Video and On-Demand Streaming / chapter 24 Broadcasting Techniques for Video on Demand in Wireless Networks