40results about How to "Improve scheduling success rate" patented technology

The invention relates to the technical field of computers, in particular to a node binding-supporting virtual machine dynamic scheduling method. The method comprises the following steps of marking several virtual machines with special requirements on a cloud platform into a virtual machine group; marking several physical machines with special configuration into a node group; limiting that the virtual machines in the specific virtual machine group just can run just under the physical machines in the specific node group; collecting a scheduling factor numerical value x of each physical machine in time; judging whether x is greater than or smaller than a scheduling factor lower limit threshold value A and a scheduling factor upper limit threshold value B when the scheduling factor numerical value collected by a physical machine P1at a certain time is x; scheduling under an energy saving mode if x is smaller than A; scheduling under a performance mode if x is greater than B; entering a corresponding mode and scheduling. According to the method disclosed by the invention, dynamic scheduling of virtual machines with special requirements is realized, and the method can be used for dynamic scheduling of the virtual machines.

The invention relates to a two-dimensional active phased array target indicating radar based on a resource dynamic management and control method, which belongs to the technical field of phased array radar resource comprehensive management and control. The radar is composed of a monitoring system, a terminal display control system and the like. The radar is characterized in that the monitoring branch of the monitoring system is composed of a control conversion processor and a monitoring host, and the wave control branch thereof is composed of a control conversion processor, a signal distributorI, a signal distributor II and a five-in-one T / R component controller; and the terminal display control system comprises a resource allocator, a gaze anti-missile module, a task scheduler, a parameter database, a signal processor, a transceiver system and a command and control vehicle. The radar integrates air defense / anti-missile, high-altitude / low-altitude, guidance / alert and maneuver / immobilization, detects different types of targets, can adaptively optimize time, space and energy resources to avoid conflicts, realizes intelligent multi-task resource comprehensive dynamic management and control, and has the capabilities of conventional aerodynamic target detection and TBM target detection.

The invention discloses a Kubernetes resource scheduling method, which allocates the overall task and the runnable nodes in groups, and then performs unified scheduling. S1. Acquire the task group, and judge whether the current total of free resources meets the overall resources required by the task group. If not, do not schedule, and if so, go to step S2; S2, obtain the resources required by each task in the task group, and Obtain the Kubernetes nodes and node resources that can be used to execute the task; S3. Group each task in the task group according to the resources required by each task in the task group, as well as the Kubernetes nodes and node resources that can be used to execute the task; S5. Perform resource scheduling according to task and node grouping. The invention also provides a corresponding Kubernetes resource scheduling device and electronic equipment. The invention enables the cluster to perform scheduling effectively and improves the success rate of task scheduling.

The invention relates to an industrial wireless network deterministic scheduling method supporting data packet aggregation, and belongs to the field of industrial wireless network communication. For the industrial wireless network that supports data packet aggregation, the time slot and channel resources of the network are configured by using the scheduling method combining the main link and the additional link to meet the certainty that the data stream reaches the destination device within the deadline. transmission needs. The invention schedules the links channel by channel in each time slot, selects the link with the smallest conflict slack as the main link, uses the data packet aggregation function to select additional links in the remaining links, and makes the data packets follow the main link The additional links are selected based on the additional link scheduling method that prioritizes the conflict slack, the additional link scheduling method that prioritizes the largest number of aggregated packets, or the additional link that considers the combination of packet aggregation and conflict slack. scheduling method. The invention can reduce the energy consumption of the network and improve the success rate of scheduling.

The invention provides a paging message scheduling method and device, relates to the field of communication technology, and is used for improving the paging message scheduling success rate. The paging message scheduling method of the present invention includes: obtaining N candidate paging message packets, wherein N is an integer greater than 0; encoding the N candidate paging message packets, and obtaining N coded candidate Paging message packets; respectively determining the paging message scheduling information corresponding to the N coded candidate paging message packets; sending the N coded candidate paging message packets and the paging message scheduling information to the bottom layer . The invention improves the scheduling success rate of paging messages.

The invention belongs to the technical field of computer networks, and specifically discloses a periodic scheduling method in a high-performance network. The method of the present invention includes for a given batch of multiple user reservation requests under the constraints of the maximum transmission bandwidth of the local area network and the deadline, the present invention aims to find out the number of flexible paths in the transmission time slot, and utilize the flexible bandwidth For transmission, the scheduling method provided by the present invention can process more requests with the minimum bandwidth consumption ratio and the minimum average completion time.

The invention relates to an intelligent analysis and processing system and method for taxi dispatching. The system includes: mobile phone users, mobile communication network, Internet, dispatching platform, and vehicle-mounted terminal. After the mobile phone user dials a taxi call with the mobile phone he carries, the mobile phone positioning unit is started to locate the mobile phone in real time until the taxi is finished, and the positioning data information is sent to the dispatching platform via the Internet. The vehicle-mounted terminal installed on the taxi sends the GPS positioning data to the dispatching platform via the mobile communication network and the Internet, and the business processing unit of the dispatching platform combines the geographic location information unit to compare and analyze the real-time positioning data of the mobile phone and the taxi, and judge the location of the taxi. Whether the passenger is on time, whether the taxi or the passenger violated the contract and the passenger is not completed, and the breaching party will be automatically warned or economically punished. The scheduling process and management do not require personnel participation, automatic analysis and processing, which is convenient to use and reduces operating costs, which promotes the popularization and application of the taxi dispatching system.

The embodiment of the invention discloses a semi-persistent scheduling data transmission method, a communication device and a storage medium. The data transmission method is applied to a communication device (UE), and includes: obtaining a configured transmission time window of semi-persistent scheduling, wherein the transmission time window includes: at least two transmission units; according to the obtained physical control channel Control information, one or more transmission units selected within the transmission time window perform semi-persistent scheduling data transmission.