TH56890B - Method and arrangement in a telecommunication system - Google Patents

Abstract

DC60 (15/07/16) This invention involves allowing the CSI reporting scheme (Procedures S-224, 310) on radio resources to be allocated across frames. A number of sub on The average channel shares a physical uplink network. (PUSCH) Such radio resource allocation (Procedures S-202, 404) can be achieved with semi-ingrained allocation or by Using a combination of transmission interval (TTI) by using semi-ingrained scheduling or Combination of TTI sets As illustrated by the ENB (104, 204, 600), the UE (102, 202, 500) can be configured to report the CSI (Procedures S-224, 310) for the UL transit. A certain amount by allocating radio resources using semi-embedded scheduling. The other cost of signaling, which can be used for dynamic scheduling of radio resources, will be significantly reduced, with the use of TTI series integration, the CSI report's service area will be increased. / 7/2016 This invention involves allowing the CSI reporting scheme (steps s-224, 310) on radio resources that have been allocated across a number of sub-frames on The average channel shares a physical uplink network. (PUSCH) Such radio resource allocation (procedures s-202, 404) can be accomplished with semi-ingrained allocation or by using a transmission interval set combination (TT I) By using semi-ingrained scheduling or TTI combination. As illustrated by the ENB (104, 204, 600), the UE (102, 202, 500) can be configured to report the CSI (s-224, 310 steps) for the UL transit. A certain number By allocating radio resources using semi-embedded scheduling Other costs of signaling This can be used for dynamic scheduling of radio resources significantly will be reduced by the use of TTI series integration. The CSI report service area will be increased. -------------------------------------------------- --------------------------

Claims (6)

Disclaimer (all) which will not appear on the advertisement page: Edit 15/7/2016 1. Method in base station to set up the channel image indicator reporting configuration (CSI). User equipment (UEs) on the average channel share a physical uplinked network. (PUSCH), which includes a series of steps: allocation of radio-linked network resources spanning at least two sub-frames to the UE by means of the allocation method. Providing information on resource allocation to the UE and providing at least one kind of indication to the UE about requests to make a CSI report on the PUSCH in submission. Through at least one UL, whose allocation is reasonable The process of providing at least one type of indication of a CSI reporting request is comprised of a UE configuration through Radio Resource Control (NRC). ), Which indicates how CSI will be reported 2. Claim Method 1, whereby the allocation method will include allocated radio link resources, which are repeated. Repeatedly periodically, just in time Or in combination with the allocation of the linked network radio resource which is repeated continuously in a timely manner 3. Method according to Clause 2 whereby the method of allocation of the link radio resource will be Include a semi-rigid scheduling or transmission interval combination (TTI) 4. Method according to Clause 3 where CSI reporting will include C-reporting. The updated SI for one type of: semi-ingrained UL transmission, each type of periodic allocation is allowed. The permissible subset of the semi-ingrained UL transmission of the periodic allocation and the static subset of the semi-ingrained transmission of the allocation. Permitted periodic form 5. Claim Method 3, where CSI reporting will include a repeat of the first CSI reporting for one type of: submission. Through all The transmission's structured subset and the static subset of the transmission. In the case of unified resource allocation, TTI 6. Claim Method 1, whereby the process of providing information on the allocation method will include the sending of a message of authorizing the resource to u. L goes out onto the physical downlink network control channel. (PDCCCH) 7. Method for claim No. 1, where the link radio resource allocation process continues to be included by the allocation of UL radio resources in various blocks of Continuous sub-frame group Or the periodic allocation of UL radio resources in a group of discrete sub-frames. 8. Method for Clause 1, which continues to include the acquisition of CSI reporting from UEs on the PUSCH in at least one type of UL through which the allocation of UL resources is reasonable. 9. Base Stations to set up a channel health indicator reporting configuration (CSI). ) Related to user equipment (UE), which is customized to be connected in a telecommunication system. The base station, which includes: a scheduling unit customized to allocate uplinked network radio (UL) resources spanned on at least two subframes to the UE. Using the method of allocation Customized configuration unit to determine the UE configuration. To report the CSI On average channels share a physical uplink network. (PUSCH) and transport units optimized to deliver at least one type of indication. Set to the UE Where the indication of the considered configuration will include at least one request for the CSI reporting on the PUSCH in the UL transmission, for which the allocation is reasonable. Where the configuration unit is further refined to the UE configuration through radio resource control (RRC) and where the transmission unit is further refined to transmit. Information of the request for the CSI report was issued. Where such information from the CSI report claims will indicate how the CSI will be reported by the UE 1 0. Base station according to Clause 9, whereby the organization The schedule has been customized. To use the semi-embedded scheduling. Or a combination of the transit interval set (TTI) for the said resource allocation 1 1. Base station according to claim 9, where the scheduling unit is further refined to schedule the UL radio resources on various blocks of sub-frame groups on a per-cycle basis. Or schedule the UL radio resources periodically in a discrete subframe group 1 2. A method in user equipment (UE) to enable channel visualization indicators (CSI) to be reported on averaged transponder sharing an uplinked link. physical (PUSCH) to the base station. This includes the steps of: Acquisition of resource allocation from the base station. Where radio resources are spanned on at least two subframes. Obtaining, at least, indicating one type of request for CSI reporting on PUSCH in at least one type of transmission where reasonable allocation and CSI reporting on PUSH. The USCH in at least one type of transmission whose allocation is reasonable. 3. Procedures pursuant to Clause 12, which continues to include determining the CSI determination of radio resources on the basis of the request. Or at the very least, such indication of those requests. For reporting CSI 1 4. Method for Claim 12, which continues to include determining how CSI reports are to be reported on the basis of resource allocation information. And at the very least, one kind of indication of a request for a CSI report on the PUSCH. As derived from base station 1 5. User equipment (UE) configured for providing Channel Visual Status Indicator (CSI) reporting on a physical linked network data channel. Such UEs include: transport units tailored to receive at least one indication of the request for the CSI reporting on the average channel sharing a physical link up network. (PUSCH) and the channel visual state determination unit The CSI was customized to determine the radio resource. The transport unit has been further tuned to deliver the CSI report on the PUSCH to the base station. Where the transmission unit is further customized to obtain information of the method of allocation from the base station. Where radio resources are spanned on at least two subframes 1 6. User equipment (UE) according to claim 15, whereby the transport unit is further refined to receive information from the base station about how the CSI report will be provided. On PUSCH -------------------------------------------------- ----------------------------