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. RMON (remote monitoring) a protocol from the IP (Internet Protocol) and Ethernet suite of protocols which allows for remote monitoring. . SNMP (Simple Network Management Protocol a language similar in some ways to CMIP for communicating with network elements to query their status or control their con guration). . SQL (System Query Language a standardised language for querying a database). De-facto standard software products for the mediation layers between the Element management Layer (EML) and the Network Management Layer (NML) and Service Management Layer (SML) are beginning to appear from a number of manufacturers. These include the Syndesis product `end-to-end network con gurator', a product from Micromuse for end-to-end fault management, and various products from Hewlett Packard (Metrica) and Concord communications for end-to-end network performance management. The interfaces to these de facto standard software products are increasingly being incorporated into wireless equipment manufacturers' proprietary Network Element Managers (NEM the of cial standardised name for what manufacturers often simply refer to as their `network management system').

RSS: Really Simple Syndication. RTLS: real-time locating systems. RTP: Real-Time Transport Protocol. RTSP: Real-Time Streaming Protocol. RUIF: radio unit interface. RUS: Rural Utility Service. RX: receiver. RXIF: receiver interface. RXRF1: receiver RF1. RXRF2: receiver RF2. SC-FDMA: single-carrier frequency division multiple access. SCDMA: synchronous CDMA. SAE: system architecture evolution. SAN: storage area network. SARFT: State Agency for Radio, Film, and Television. SAS: software as (a) service. SCP: Spectral Compression Positioningt SDMA: space division multiple access. SDP: Session Description Protocol. SDR: software-de ned radios. sector: A wireless system that serves more than one coverage area from the same antenna site. In cellular systems, there are most often three sectors of 1201 beamwidth on each cell site. Each sector is created by its own directional antenna system. sensitivity: The ability of a wireless receiver to detect and successfully decode an incoming wireless signal. selectivity: The ability of a wireless receiver to discriminate between a wireless signal on the desired frequency and other wireless signals on other frequencies. SGSN: serving GPRS support node. SIC: successive interference cancellation. SIM: Subscriber Identi cation Module. The card inserted into GSM handsets to manage authentication and authorized features. SIMO: single input multiple output. See also MIMO. SIP: Session Initiation Protocol. SISO: single input single output. See also MIMO. SLS: selective laser sintering. smart antennas: A wide range of technologies are covered under the broad term of smart antennas. Various types of smart antennas exist including the following technologies: phased array, active electronic beam forming, and antenna nulling techniques, and mechanically steered antennas.

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AoA Approach for UWB Systems The AoA approach is not well suited to UWB positioning for several reasons. Because of the large bandwidth of a UWB signal, there is signi cant multipath time dispersion due to re ections from and diffraction around surrounding objects; hence the number of paths becomes very large, especially in indoor environments. An implementation of the maximum likelihood approach to estimate the AoA of each path requires a computationally expensive multidimensional search with the dimension determined by the number of signal paths [16, 17]. Therefore, accurate angle estimation becomes very challenging with the existence of scattering from objects in the environment. Furthermore, the use of antenna arrays makes the system costly, annulling the main advantage of a

Supersymmetry is one of the most audacious proposals in the history of modern scientific thought. Year after year since it was postulated, experiments have failed to demonstrate its existence. Accelerators have smashed countless particles, producing not a single supersymmetric companion in their debris. Yet many theorists find it so compelling they can scarcely believe the world could survive without it. They argue that today s accelerators are simply not powerful enough to do the job. No other physical theory has won so many supporters with so little experimental support, surviving instead on the basis of its own mathematical beauty and internal consistency. Critics, such as Sheldon Glashow, have compared belief in supersymmetry to a kind of religious fervor. It s just some kind of abstract elegance, he has said. Many of my friends have been doing supersymmetry for the past twenty years. It s a vast endeavor. It s a

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