Abstract:
An LTE-based method, system, and device for ultra-distance coverage communication. The method comprises: increasing an uplink feedback subframe interval at a terminal side and an uplink feedback subframe interval at a base station side; after receiving uplink scheduling information sent by the base station side, the terminal side sending data over a subframe whose subframe interface is the increased uplink feedback subframe interval at the terminal side; and the terminal side receiving data verification information that is delivered by the base station side over a subframe whose subframe interval is the increased uplink feedback subframe interval at the base station side.
Abstract:
An LTE-based method, system, and device for ultra-distance coverage communication. The method comprises: increasing an uplink feedback subframe interval at a terminal side and an uplink feedback subframe interval at a base station side; after receiving uplink scheduling information sent by the base station side, the terminal side sending data over a subframe whose subframe interface is the increased uplink feedback subframe interval at the terminal side; and the terminal side receiving data verification information that is delivered by the base station side over a subframe whose subframe interval is the increased uplink feedback subframe interval at the base station side.
Abstract:
A method of wireless communication is described. The method is performed by a user device and comprises obtaining a first measurement information of a first protocol layer; making a determination, based on the first measurement information, whether a predefined condition is satisfied; and triggering a transmission of an element of a second protocol layer based on the determination that the predefined condition is satisfied, and wherein the element of the second protocol layer includes at least one of control information of the second protocol layer or a second measurement information of the second protocol layer.