Generation of MBSFN-DOB synchronization codes
A primary synchronization code and secondary synchronization code technology, applied in multiplexing code generation, code division multiplexing systems, electrical components, etc., can solve problems such as delayed cell search, WCDMA terminals do not attempt cell search, etc.
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[0049] exist image 3 In the first embodiment illustrated in , the new PSC is used to modulate the primary SCH transmitted on the MBSFN DOB carrier. This new PSC is orthogonal to the PSC and SSC specified for WCDMA and TD-CDMA. Due to the orthogonality and low cross-correlation properties, the MBSFN DOB carrier (cell) cannot be observed by any non-MBSFNDOB capable terminal. The Secondary SCH sent on the MBSFNDOB carrier is the same as specified for WCDMA and no time offset is applied to the synchronization code.
[0050] exist Figure 4 and 5 In another illustrative embodiment, the primary SCH transmitted on the MBSFN DOB carrier is using the PSC specified for WCDMA (PSC WCDMA ) while in one slot (or possibly in two slots) of a frame modulated and in use of the new PSC (i.e., PSC NEW ) in the remaining time slots of the modulated frame.
[0051] 1. If PSC is allocated in slot #k WCDMA , where k=0...14, the PSC is allocated in the time slot not equal to #k in the frame ...
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