ls, 464 physical layer, 417-24, 425 RGB-YCbCr equations, 471-2, 472-3 Wi-Fi, 414 Rich acknowledgments, 226-8 Zigbee, 430 Ricochet system, 8 application, 433 RIMAX algorithm, 345 architecture, 430-1 Ring coupler, 66 communication characteristics, 431-2 RLC Protocol Data Units (RLC PDUs), 306 device types and topologies, 432 Robbing bits, 165 frame structure, collision avoidance, and reliability, 432-3 Rod/monopole antenna, 25 SIF (standard input format), 488 Round-robin (RR) scheduler, 301 Signal dynamic range, 80 Round-robin scheduling, 297-8, 300 Signal processing, in software technology, 126-7 RR control packet, 236 Signal propagation, on transmission lines, 52-3 RT models, 325 Signal-to-noise ratios (SNRs), 36, 82, 214 RTCP SR control packets, 242 Signal transfer points (STPs), 164 Signaling control agents, 196 Signaling protocols, 233 S-Video, 463 address, 235 SAGE algorithm, 342-5 header fields, 235-6 SAR (Segmentation And Reassembling) function, 171 message body, 236, 237 scRGB color space, 470 Signaling system 7 (SS7), 163, 164 SDTV: Silence suppression software, 191-92 RGB-YCbCr equations, 471-2 Simple reflex agent, 125-6 sample rate selection, 484 SINCGARS (Single-Channel Ground and Airborne Radio Second generation (2G) cellular systems, 71 System), 117 Secure Sockets Layer (SSL), 401 ASIP (Advanced System Improvement Program), 119 Semiconductor devices, 140 Sine wave, 138, 141 Sender-based loss recovery technique, 241 Single-bend attenuation method, 453, 455 Sender-driven streaming, 226 Single-carrier receiver, 74, 75 Sensitivity of radio receiver, 35-6 Service Level Agreements (SLAs), 168, 190, 199 Single-Frequency Network (SFN) operation, 293 Service-specific convergence sub-layer (SSCS), of AAL2, 174 Single loop antennas, 25-6 Session Description Protocol (SDP), 236 Single-mode (SM) fiber, 445, 447, 449 Session initiation protocol (SIP), 233-4 Slot line, 45 Shannon's channel coding theorem, 204 Slot time, 416 Shannon's noiseless coding theorem, 202, 203 Smart agents models, 125, 126 Shannon's source 