34results about How to "Improve channel conditions" patented technology

A method and an apparatus for uplink power control in a wireless communication system are provided. More specially, a method is provided in which a first base station in a wireless communication system periodically measures interference for a cell of a second base station neighboring the first base station, determines an average of the periodically measured interference, broadcasts the determined average of the periodically measured interference to mobile terminals located in a cell of the first base station, determines a weight for the determined average of the periodically measured interference, based on one of resource allocation information for the cell of the second base station and whether a specific message for interference regulation is received from the second base station, and transmits the determined weight to the mobile terminals.

The invention discloses a mountain river pebble beach group linked renovation method based on a gradient principle. The mountain river pebble beach group linked renovation method is characterized by setting two control conditions needed in shoal channel flow renovation, namely the unit discharge control condition and the gradient control condition, and construction and management are conducted by obtaining submerged dike specification data through a water conservancy simulation test according to the control conditions. In the control conditions, the linkage condition and the gradient principle of riverbeds are sufficiently considered, the number of model test groups is greatly reduced, the shoal renovation success probability is improved; finally the channel size can be better improved, the flow state can be improved and the silt is prevented from accumulating in the channel after obtained submerged dike data are implemented. Meanwhile, the submerged dike has the advantages of being simple in structure, fast and convenient to implement, low in implementation cost, good in strength and impact resistance and long in service life, and is suitable to be used in mountain rivers.

This invention relates to a method for distributing services in a hierarchical network including: distributing low speed service to a macro-area in large cover sphere and small volume by the kind of the area and the kind of the service applied by the user so as to eliminate the interference to the users in the micro-areas by the low speed service, distributing the high speed data service to the micro-areas in small cover conditions and better channel conditions to provide high quality data transmission for the high speed data service.

The invention discloses a method, a piece of equipment and a system for selecting a service cell and belongs to the field of communication. The method comprises the following steps: strong-interference terminals of one or more corresponding micro base stations among terminals served by a macro base station are determined, wherein the one or more micro base stations are arranged in a macro cell served by the macro base station; and uplink communication of the determined strong-interference terminals is switched to micro cells served by the corresponding micro base stations so as to take the micro cells served by the corresponding micro base stations as uplink service cells of the strong-interference terminals. The strong-interference terminals of the corresponding micro base stations are determined among the terminals served by the macro base station, and the micro cells served by the micro base stations are taken as the uplink service cells of the terminals, which can reduce the transmission power and power consumption of the terminals; and meanwhile, the interference to the micro base station is reduced, and the service performance of the micro base station is improved. In addition, after the terminals are switched to the micro cells, the macro cell can allocate more time-frequency resources to other terminals in the service range, thus improving the service performance of the macro cell.

The invention relates to an adaptive soft demodulation method based on the state of a 5G downlink shared channel, belonging to the technical field of communication. For the 5G downlink shared channel, this method is compatible with two types of demodulation methods, QPSK and QAM, and adopts the mechanism of dynamic detection of the channel state and the comparative analysis of the distance range from the signal point to the constellation point to obtain the most suitable demodulation method for real-time channel transmission. Adaptive soft demodulation under dynamic channel conditions is realized. The present invention directly determines the selected demodulation mode according to the value range by calculating the distance from the signal point to the constellation point. Abandoning the traditional way of calculating the distance from the received signal to the constellation point fixedly, and further adapting to different channel environment changes.

The invention relates to network side equipment, a micro signal amplifier and a communication signal processing method and system thereof; the network side equipment communication signal processing method comprises the following steps: building a MSA pool for a target user device launching a service request; using a corresponding base station to send MSA pool building decision information to MSAs in the MSA pool, allowing all MSAs in the MSA pool to amplify and emit received communication signals, thus enabling the target user device to select the optimal residence community and reside; selecting MSAs satisfying preset conditions from the MSA pool, and creating a service MSA list; using the corresponding base station to send resource distribution decision information to MSAs in the MSA list, thus allowing the MSAs in the MSA list to use an adaptive amplification function to amplify and emit the received communication signals. The method and system can select the micro signal amplifier for the target user device, thus improving the user device communication quality.

The invention relates to a car networking data transmission route selection optimized method based on electronic eyes. The car networking data transmission route selection optimized method comprises the following steps: (1) the electronic eyes collect traffic video images in real time; (2) a video processing module extracts traffic parameters according to the traffic video images; (3) a cloud computing platform affirms traffic flow state information according to the traffic parameters by combining the national road service level table; (4) a roadside unit broadcasts the traffic flow state information to car nodes, after each car node receives the traffic flow state information, the car nodes are adjusted in a self-adaptation mode and send the broadcast cycle of beacon news; (5) a car source node confirms crossroads where a data transmission route connected between the car source node and a car destination node may pass through according to an electronic map; and (6) the car source node selects the optimized route to send data according to the traffic flow information among the crossroads where the data transmission route may pass through. Compared with the prior art, the car networking data transmission route selection optimized method based on the electronic eyes has the advantages of being reliable in communication, high in promptness of data transmission, and the like.

The invention discloses an admission control method. The method comprises the following steps: receiving a request message for requesting admission of a service in the current admission control period; judging the type of service for admission which is requested by the request message; admitting non-real-time service of the request in case the type of the requested service for admission is of non-real-time service; determining admission priority of the requested real-time service in case the type of the requested service for admission is of real-time service; judging whether real-time serviceresources are available for the request based on the determined admission priority; and admitting the requested real-time service when a judgment result is that the real-time service resources are available for the request. Correspondingly, the invention further discloses an admission controller, a method for allocating resources for a real-time service and a device thereof, as well as a method for determining priority of resource allocation and a device thereof. The proposal can help meet various new requirements brought forward by next generation wireless communication system for admission control.

The present invention provides a method of configuring a reference signal, UE and eNB. The method comprises determining the reference signal configuration preference set, and sending the information of the reference signal configuration preference set to eNB; UE receives the reference signal transmitted by eNB configuration measurement set, the reference signal configuration measurement set is the eNB according to the reference signal configuration preferred set of information configuration, the reference signal configuration measurement set for UE measurement and feedback channel status information. Embodiments of the present invention may be RRH or base station geographically separated can select a reference signal configuration that matches the optimal actual channel of the UE, thereby enabling the UE to obtain good channel conditions.

The invention discloses a method for lowering the interruption probability of an opportunity-distributed space-time coded cooperative communication network. The method comprises the following steps: in the opportunity-distributed space-time coded cooperative communication network, selecting any user node as a determined user node and the other user nodes as alternative user nodes of the determined user node; enabling the determined user node and the other alternative user nodes to transmit information to each other, and respectively calculating the received signal to noise ratio from the determined user node to the other alternative user nodes and the received signal to noise ratio from the alternative user nodes to the determined user node; selecting an optimal companion of the determined user node according to the received signal to noise ratio and an optimal worst user selection method BWPS; enabling the determined user node and the optimal companion thereof to carry out data transmission with a base station (BS) through opportunity-distributed space-time coded cooperation respectively; and finally reaching the target of lowering the interruption probability of an opportunity-distributed space-time coded cooperative communication network.

The invention discloses a multi-priority scheduling method for industrial field data based on 5G slices, including S1: 5G base stations obtain resource request data and channel state data of industrial field users; S2: the scheduler of the 5G base station in the t-th scheduling period, Determine whether the task cache queue is empty; if it is empty, wait for the next scheduling cycle; if it is not empty, enter S3; S3: The scheduler of the 5G base station allocates the corresponding resources to different slices according to the resource request data of the user; S4: Perform resource scheduling for users in the same slice. The present invention completes resource allocation for the three major slices of 5G, ensures flexible scheduling and isolation of resources between slices, improves system throughput, and at the same time improves the fairness of scheduling methods for different business service quality requirements.