Channel quality signaling for persistent/semi-persistent radio resource allocations
A channel quality reporting and persistent technology, applied in wireless communication, transmission modification based on link quality, characterized by signaling, etc., can solve the problem of not being able to deliver detailed frequency information
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[0047] Although not limited thereto, embodiments of the invention are particularly beneficial for use in E-UTRAN (also known as LTE or 3.9G), and relate to CQI-related signaling in persistent / semi-persistent resource allocation scenarios. Described in detail below is a novel approach that allows CQI reporting that can be embedded in persistent UL transmissions without explicit triggering at each transmission interval and without extending the controls already used in LTE for resource allocation signaling. Although the scheme is described with reference to LTE, this description is only exemplary and not limiting; these teachings can be easily extended to other communication systems besides E-UTRAN.
[0048] In an embodiment of the invention, when a UE is given a persistent or semi-persistent UL resource allocation in which the CQI indicator is set to a value indicating "ON", the UE will utilize every first transmission (which is in the persistent / The CQI report is sent on the...
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