315results about How to "Accurate scheduling" patented technology

The invention discloses a channel status indicator (CSI) measuring method which comprises the steps of: an eNB sends a CSI measuring indication to a UE before an SCell is activated; and the UE carries out a CSI measurement according to the CSI measuring indication. Correspondingly, the invention further provides a CSI measuring system which can ensure that the UE reports an accurate CSI measurement result to the eNB after the SCell is successfully activated so that the SCell can be accurately scheduled after being successfully activated, which is conducive to the improvement of utilization rate of wireless resources and cell throughput, and a more significant scheduling gain especially for a situation of a larger number of activated Scells or more frequent activation or deactivation operations.

A method for providing managed services which includes synchronizing managed services product fulfillment with a manufacturer supply chain.

The invention discloses an intelligent warehousing device scheduling method and system, a storage medium and an electronic device. The method comprises the following steps of configuring the commodityshelves with the corresponding types and quantities according to a warehouse-out order; calculating the similarity between different warehouse-out orders; according to the similarity, carrying out wave number summarization on the commodity shelf and the commodities on the commodity shelf; and configuring an optimal picking path according to the total result, and scheduling a picking device to execute the warehouse-out task. According to the method, the ex-warehouse orders from different e-commerce platforms are preprocessed, and the optimal picking path is selected for the picking device, sothat the picking task can be executed accurately and quickly. The warehousing intelligent device can be accurately and rapidly dispatched to effectively operate in a warehouse, so that the overall planning and dispatching of the machine device are achieved, the efficient work of checking, ex-warehouse and replenishment of goods to people is completed, the whole-course system centralized control can be conveniently achieved, the accuracy of work is guaranteed, the warehousing operation cost is reduced, and the logistics storage operation efficiency is improved.

The present disclosure relates to a pre-5th-Generation (5G) or 5G communication system to be provided for supporting higher data rates Beyond 4th-Generation (4G) communication system such as Long Term Evolution (LTE). Embodiments of the present disclosure provide a channel state information measurement method, including: receiving, by a user equipment (UE), resource indication information for a CSI measurement; performing, by the UE, the CSI measurement according to the resource indication information, and transmitting a Channel Quality Indicator (CQI) report to a control node. According to the present disclosure, users may be scheduled by the base station more effectively and the efficiency of the whole network may be increased.

The invention discloses a method for automatically generating a BPA calculation file based on actual measurement topology and measured data. The method is characterized by comprising the following steps of: obtaining the actual measurement power grid topology data from a power EMS system at the fixed time, and obtaining the power grid topology information and the power grid element parameters; periodically obtaining the power grid measured data and establishing a corresponding relation with the power grid topology information and the power grid element parameters; establishing a card B node name of a BPA load flow calculation parameter file, and a corresponding voltage grade, according to the nodes formed by the power grid elements, the connection relation of the power grid elements and the voltage grade of the corresponding power grid elements; based on the power grid topology information, generating an AC line card L and a transformer winding card T through the card B node, and forming a BPA network model; assembling the BPA nodes according to the power grid topology information, filling the power grid measured data and the power grid element parameters corresponding to the BPA nodes, and forming the BPA load flow calculation parameter file; establishing a three-phase short circuit and open circuit fault card, and forming a BPA stability calculation file. The method effectively improves the working efficiency and provides various analysis models for the users.

The invention discloses a vehicle scheduling method and system, a server and a client. The vehicle scheduling method comprises the steps of obtaining scheduling information of the client, and selecting candidate scheduling units from a plurality of scheduling units included in a current scheduling area according to the scheduling information; selecting a predetermined number of candidate scheduling units to serves as recommended scheduling units according to scheduling parameters of each candidate scheduling unit, sending corresponding indication information to the client so as to trigger a user who uses the client, and selecting a target scheduling unit from the recommended scheduling units to implement vehicle scheduling. According to the invention, accurate vehicle scheduling is realized, the vehicle scheduling efficiency is improved, and the vehicle scheduling cost is reduced.

The invention provides a mix scheduling method facing a central processing unit (CPU) and a graphic processing unit (GPU), which comprises the steps of S1 reading scheduling strategy configuration and priority level configuration parameters when a scheduler is initialized; S2 reading information in a job scheduling system in each scheduling circulation; S3 conducting priority level calculation by the scheduler according to operation resource request information and scheduling strategies, and determining the priority level of each operation and ranking in a descending order; S4 conducting operation scheduling according to the scheduling strategies and obtaining ranking sequences obtained in the S3; S5 sending operation start requests to a scheduling system according to scheduling results of the S4; and S6 keeping dormant for a period time, and then returning S2 to conduct a next circulation. The mix scheduling method sets relative relation between the CPU and a non-GPU through customized weight, CPU resource situation is judged during scheduling, and accurate scheduling of GPU operation is achieved.

The application provides a progressive flow scheduling method and system capable of filtering vibration. The method comprises the following steps that: S1, an edge service node sends a detection request to all central nodes regularly and each central node returns integrated load information, as a response, of current equipment to the edge service node; S2, after the edge service node receives the integrated load information of the central nodes, the central nodes are sorted in an ascending order according to round-trip time (RTT) of the central nodes, a load situation of each central node is determined according to the integrated load information of the central node to determine a flow scheduling strategy of each central node, and then a load threshold value of each central node is updated; and after the edge service node receives a request sent by a user, an IP of the central node that is going to send the request finally is queried based on the load threshold values of the central nodes, and the request is forwarded to the corresponding central node.

In an embodiment, a processor includes a register attribute tracker configured to track one or more attributes corresponding to registers. The register attribute tracker may track the attributes associated with the registers when those registers are used as output registers of instructions that explicitly define the attributes and, if the register attribute tracker has a tracked attribute associated with an input register of an instruction that does not explicitly define the attribute, the register attribute tracker may annotate the instruction with an attribute and / or associate an attribute with the output register of the instruction in the register attribute tracker.

An information acquiring apparatus acquires, when a travel object such as a traveler travels with transportation, passage time at which the travel object passes through each passage point at a departure / arrival facility, transportation specifying information indicating transportation, situation information indicating a situation and so forth. The travel process prediction apparatus stores the acquired information in an associated manner, and obtains a regression equation representing the relationship between items included in the transportation specifying information or situation information and passage time at a specific passage point, elapsed time while the travel object passes through two specific passage points or a result of comparison between the passage time and boarding completion time. The travel process prediction apparatus calculates a predicted value of future passage time, elapsed time or a result of comparison by substituting the content of the expected transportation specifying information or situation information for the regression equation.