48results about How to "Simplify the scheduling process" patented technology

This invention discloses a responding and accessing method for random access signals and a mobile communication system including the folowing steps: 1, preserving a terminal ID in the system as a kept terminal ID, 2, an evolution base station carries a related terminal ID in a randomly accessed responding signal based on the state of the terminal, 3, the station transmits the randomly accessed responding signal to the terminal by a signaling channel of a specific format physical layer/data link layer. This invention keeps a terminal ID only so as to save energy, when the base station dispatches the terminal or transmits data to the terminal, it can differentiate the terminal starting up the access and the one being dispatched and having communication by the distributed terminal ID or the kept ID.

A method for acquiring scheduling control information in a high speed grouping interface is disclosed in the present invention, comprising steps: to obtain this time scheduling control information through processing the scheduling control information acquired by one time scheduling on the uplink and downlink channels in the system according to the scheduling user service kind, and sending this time scheduling control information by the uplink and downlink channels. A base station is also disclosed in the present invention, comprising a base station acquiring scheduling control information unit, and a user terminal, comprising the terminal acquiring scheduling control information unit. The present invention leads the user applying the HSDPA or HSUPA service to be able to acquire scheduling control information without DPCH companion, reduces effectively physical resource spending brought by companion DPCH, leads the HSDPA/HSUPA speciality to be able to realize.

The invention relates to a teaching and training management and assessment improvement system comprising a basic information setting module, an assessment base setting module, a registration management module, a participant management module, an assessment management module, a course management module, a course matching module, a teaching effect evaluation module, an after-sale management module and a statistic window module. The basic information setting module is used for setting the system basic information. The assessment base setting module is used for setting assessment base parameters. The registration management is used for managing relative registration information for participants. The participant management module is used for recording relative base and state information of the participants. The assessment management module is used for managing assessment conditions of the participants. The course management module is used for managing courses for the participants, such as course scheduling and adjusting and leave requests. The course matching module is used for generating teaching suggesting plans and course plans for the participants. The teaching effect evaluation module is used for evaluating the teaching effects of the teachers. The after-sale management module is used for performing participant retest following, participant communicating and feedback recording managements. The statistic window module is used for displaying data of the system in the graph way. The teaching and training management and assessment improvement system is multifunctional and high in automatic degree and allows scientificity, reasonability and professionality of the teaching and training to be improved.

The present invention is directed to a method and skills assessment tool for managing a testing session in a clinical skills testing center comprising a plurality of assessment stations. The method according to the preferred embodiment of the present invention includes configuring the plurality of assessment stations by associating each of the stations with a case type prior to the beginning of the testing session, receiving electronic identification of a student at one of a plurality of assessment stations prior to the student commencing an encounter at the one assessment station during the testing session, and, in response to receiving the student's identification, automatically assigning the student to the one assessment station for the encounter, where the encounter corresponds with the case type associated with the one assessment station.

The invention relates to a demand response type bus scheduling method. The method comprises the following steps: S1, defining an operation mode of a demand response type bus; S2, based on the operation mode, establishing a demand response type bus deep reinforcement learning model; S3, obtaining training data, and training the demand response type bus deep reinforcement learning model by using thetraining data to obtain a demand response type bus deep reinforcement learning optimization model; and S4, scheduling the demand response type bus based on the demand response type bus deep reinforcement learning optimization model. Compared with the prior art, the modeling and solving process is simple, and the model is easy to migrate and generalize.

The invention discloses a method, a system and a device for vehicle dispatch. The main technical scheme includes that a user can send a vehicle dispatch request which comprises location information of the user to a vehicle dispatch server anytime and anywhere through a handheld vehicle dispatch terminal, the vehicle dispatch server can dispatch the vehicle which is located at the position relative to the location information and response the vehicle dispatch request according to the received the location information of the vehicle dispatch request. Compared with the prior art that the user takes a taxi in place, by manual telephone and at a fixed place for taking a taxi, the technical scheme can achieve real-time vehicle dispatch, so that the vehicle dispatch efficiency is improved.

A scheduling method and system for high speed uplink packet access which comprises the following two-level scheduling: a first level scheduling for distributing the target rise over thermal (RoT) of each user equipment (UE); and a second level scheduling for tracking the assigned to target RoT via transmitting a relative authority instruction, according to the current authority and channel quality of the UE.

The invention discloses a main wiring system of an electric automobile charging station system. The main wiring system comprises a three-phase transformer, an alternating-current bus, a rectifier, a direct-current bus, a direct-current charging pile and an electric automobile. After voltage reducing and isolating are conducted on a charging station alternating-current inlet wire through the three-phase transformer, the charging station alternating-current inlet wire is connected with the charging station alternating-current bus which is connected with the rectifier, after rectification is conducted on the alternating-current bus through the rectifier, the alternating-current bus is connected into a charging station direct-current bus, the direct-current charging pile is connected with the direct-current bus, the direct-current charging pile is connected with the electric automobile, and electric energy is provided for the electric automobile. Due to the power supply structure that the rectifier is connected in a distributed mode, direct-current bus power supply is adopted, and a large-power direct-current solid-state switch is adopted, on the basis that the technological difficulty and the cost of the rectifier are not increased, the conflict between the equipment utilization rate and large-current charging is removed, and a solution is provided for fast charging.

The invention discloses a probe scheduling method and device, equipment and a storage medium. The method comprises the steps that the state of a target server serving as a probe is detected, the target server is a server with the current load smaller than a load threshold value in a server machine room, and the load threshold value is determined according to the network type of the server machineroom; and the server meeting the probe standard is selected from the servers which are not used as the probes in the server machine room to replace the target server which does not meet the state requirement. According to the technical scheme of the embodiment of the invention, by using the target server as the probe for detection , when the performance of the target server is reduced, a new server is selected in time to replace the target server with reduced performance as the probe, so that the network quality detection performance of the probe is guaranteed, the detection accuracy can be improved, a user does not need to manually configure the probe again, and the scheduling process of the probe is simplified.

The invention provides a transformer station regulation and control method. The method comprises the following steps of S1: configuring a control base station connected to a transformer station, a data acquisition device and a regulation and control device connected to an electric power device, and connecting the control base station and the data acquisition device and the regulation control device through a communication device; S2: using the data acquisition device to timely acquire electric power parameters of the electric power device, and sending the electric power parameters to the control base station through the communication device; and S3: controlling the regulation and control device to complete electric power regulation and control via the communication device by the control base state according to the real-time condition of the electric power parameters. The method can achieve reasonable regulation and control of the transformer station, save manpower and material resources, and improve the scheduling efficiency.

The invention discloses a reaction vessel conveying part dispatching method, a reaction vessel conveying part dispatching device, and a computer readable storage medium. The dispatching method comprises the steps of retrieving whether a reaction vessel meeting a to-be-captured condition or a to-be-placed condition exists or not; if a first reaction vessel meeting the to-be-captured condition exists, sending a capturing request to a processing part corresponding to the first reaction vessel, and if a second reaction vessel meeting the to-be-placed condition exists, sending a placing request toa processing part corresponding to the second reaction vessel; if the processing part timely processes the capturing request, conveying the first reaction vessel to the processing part corresponding to the first reaction vessel; and if the processing part timely processes the putting request, conveying an empty position to the processing part corresponding to the second reaction vessel. By adopting the reaction vessel conveying part dispatching method provided by the embodiment of the invention, on the premise of simplifying the scheduling, the condition that a later placed reaction vessel finishes reaction in advance can be processed.

The embodiment of the invention discloses an ETL (Extract Transform and Load) scheduling method and device for data processing and control logic separation. The method comprises the following steps that: in all released ETL tasks, searching a current ETL task; when the current ETL task is not searched in all released ETL tasks, obtaining a current control flow corresponding to the current ETL task, wherein the current control flow at least comprises a current data flow corresponding to the current ETL tasks; and according to the current control flow, scheduling the current ETL task. By use ofthe method, the scheduling process of the ETL task can be simplified, and in addition, the scheduling efficiency of the ETL task can be improved.

The present invention provides a wireless sensor network energy balance dispatching method, device and system and a storage medium. The method comprises the steps of: determining whether a selected node is a necessary node for data transmission of other nodes or not according to the network topology of the wireless sensor network, when the selected node is not the necessary node for data transmission of other nodes, comparing the energy of the selected node with the energy of the nodes with the same level with the selected node in the network topology to obtain a comparison result, and settingthe selected node as a routing node or an edge node according to the comparison result. According to the invention, the state of the wireless node is set to achieve balance consumption of the energyof each node in the wireless sensor network so as to improve the whole network life of the wireless sensor network, and compared to a traditional wireless sensor network energy balance dispatching method, the routing protocol of the wireless communication chip does not replace so as to simplify the dispatching flow.

One or more embodiments of the present specification provide a method for autonomously scheduling an insurance service monitoring task through a foreground system, comprising: updating, by a data service platform, an execution parameter table by using a received model parameter and a common parameter, and updating, by using received task information, a to-be-processed job table, and automaticallyscheduling and operating the plurality of insurance service monitoring models according to the updated execution parameter table and the to-be-processed job table. Through communication connection established between the foreground system and a data service platform, task information of tasks autonomously established by the foreground system and set model parameters and public parameters are sentto the data service platform, and automatic scheduling is carried out by the data service platform; therefore, the foreground personnel directly use the foreground system to schedule the insurance service monitoring task, the scheduling process of the insurance service monitoring task is simplified, and the scheduling efficiency is improved.

The embodiment of the invention discloses a multi-sequence-mode task execution method and device, an Internet of Things system and a storage medium. The method comprises the steps that the task state in the multi-core Internet of Things system is monitored, each execution core of the multi-core Internet of Things system is correspondingly distributed with one section of a first-in first-out cache queue, and the first-in first-out cache queue is further provided with a priority cache interval; when it is monitored that the latest task is input, the latest task is cached to a first cache interval or a priority cache interval according to the task priority so as to be correspondingly allocated to an execution core corresponding to the first cache interval or enter a priority allocation state, and the first cache interval is the cache interval with the longest current remaining cache queue in the common cache intervals; and the execution core adaptively adjusts the task acquisition mode according to the acquisition state of the priority task after the current task is processed. According to the scheme, the data processing efficiency of multi-core processing task scheduling in the Internet of Things system is improved, and the processing requirement of the priority task is ensured.