Friday, April 19, 2019

Report on TETRA Technology in 5 Questions Essay

Report on TETRA Technology in 5 Questions - Essay Example(Dunlop, Girma and Irvine, 1999 ET Industries, n.d.) TETRA offers the automatic operation and frequency efficiency of trunking combined with the terminal self-direction of a conventional PMR1. TETRA has a multi-mode capability by combining these two modes, trunking and direct (conventional), into a whiz terminal equipment, and it also provides the standardised way of inter-working between these two modes. (Net Resources International, 2011) TETRA is thus designed to provide bandwidth-on-demand by which a variable quantity of bandwidth can be allocated for the call duration as per the application conditions set. TETRA functions by dint of reference points and functional configurations, and flexibility of standards is maintained inside the network purlieu. (Dunlop, Girma and Irvine, 1999) TETRA has wide spectrum utilities and it is perhaps best suit to establish critical mobile radio networks capable to handle emergencies. W ho subprogram it and why is it used? The proficient specifications provided by TETRA atomic number 18 actually guided by a comprehensive set of end exploiter necessities. As a result most of the potential exploiter groups of this network technology have been set from the inception of the standard. Communication features such as group call, Direct Mode Operation, and numerous emergency-oriented supplementary service are all driven by end user demands during the standardisation process. (Dunlop, Girma and Irvine, 1999) In such a state of affair, TETRA has scope for both the individual users and a wide variety of user groups. TETRA user groups are described down the stairs Table 1 TETRA User Groups Source Dunlop, Girma and Irvine, 1999, p. 162 Inclusion of so many user groups in the TETRA networking realm proves that TETRA is extremely useful, flexible and dynamic. The main reason of popularity and diverse usability of TETRA is its multiple application support. TETRA supports p oint-to-point and point-to-multipoint communication theory both through the TETRA infrastructure and by use of direct mode without infrastructure. (Net Resources International, 2011) To this extent TETRA can use applications like Voice over Internet Protocol (VoIP) too. For non-voice applications, the major application types of TETRA are video and multimedia application and data-oriented application. Moreover, it is interoperable with GSM, CDMA, UMTS, etc. network architectures. (Plans, Paradells and Gomez, 2006) What are the TETRA components systems? Most system descriptions are based on a conceptual representation of functional configurations and reference points, which is a widely adopted methodology of describing the interconnections of components inwardly a network system. (Dunlop, Girma and Irvine, 1999, p. 161) Using this approach, it becomes essential to understand the interfaces in the TETRA standard. These interfaces through which TETRA components systems inter-communica te are described below Figure 1 Interfaces in the TETRA Standard Source Bekkers, 2001, p. 382 Moreover, the standards for TETRA are related only with the peripheral environment of a TETRA system, referred to in the standardisation guide as Switching and Management Infrastructure (SwMI). Figure 2 Functional Network Configuration of a TETRA SwMI Dunlop, Girma and Irvine, 1999, p. 164 With the help of the above network configuration diagram, we can abide by out six principle TETRA

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