Method, system and device for detecting silent period status in user equipment
A silent period, user equipment technology, applied in transmission systems, networks of provided telephone services, speech analysis, etc., to solve problems such as delays, deteriorating radio conditions, affecting interval timing, etc.
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[0110] figure 1 is a block diagram illustrating an embodiment of the system.
[0111] figure 1 A single base station (BS) 102 comprised by the telecommunications network system 100 is shown. The telecommunications network system 100 also includes a network 100A, which includes an access network (AN) and a core network (CN).
[0112] The BS 102 is linked to a control node comprised by the network 100A, which may be (as an example) a base station controller (BSC) or a radio network controller (RNC).
[0113] Although a single BS 102 is depicted, common telecommunications network systems 100 deploy multiple BSs that are typically identical to BS 102 .
[0114] The BS 102 has a schematically shown service or coverage area 103 in which a first device or User Equipment (UE) 101 is served. The UE 101 communicates via the link 104 via the BS 102 to a receiving end included in the access / core network 100A.
[0115] The BS 102 is connected to the access / core network 100A via a link...
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