4results about How to "Realize reasonable deployment" patented technology

This application discloses a method, system, electronic device, and storage medium for creating virtual machine instances, relating to the field of cloud computing technology. The method includes: receiving a resource scheduling request from a console, wherein the resource scheduling request requests a target scheduling system to prepare resources for a virtual machine instance to be created for a target scenario; preparing resources for the virtual machine instance based on the resource scheduling request; in response to the completion of resource preparation, obtaining target physical resources to be used by the virtual machine instance from a target physical resource pool, wherein the target physical resource pool is a shared physical resource pool used when creating different virtual machine instances for different application scenarios; and creating the virtual machine instance using the target physical resources. This application solves the technical problems of high creation cost and low resource utilization in related technologies when creating virtual machine instances.

The application discloses a kind of power tower operation and inspection strategy making method based on real-time monitoring, it is related to power tower maintenance technical field, and its technical solution points include the following steps: collecting the historical deformation detection data of power tower, historical operation state data, historical environmental monitoring data and corresponding historical operation and inspection maintenance scheme and implementation effect data, establish the operation and inspection foundation database of power tower in severe cold area;Screening fault characteristics in operation and inspection foundation database, determine the correlation threshold of tower deformation, abnormal operation and environmental factors in severe cold area according to fault characteristics, establish the abnormal early warning threshold set of tower state;Based on multi-source monitoring terminal, obtain the real-time deformation data, real-time operation parameter and real-time environmental data of power tower in severe cold area, the effect is to realize the real-time perception of tower deformation, operation state and severe cold environment, greatly improve data integrity and availability, provide reliable basis for accurate state determination.

This invention provides a filter rod production scheduling method, electronic device, storage medium, and program product, relating to the field of cigarette production technology. The method includes: predicting the ending inventory of filter rods for each brand in the next production cycle based on the current production schedule; determining whether the ending inventory of each brand of filter rods can meet production demand; if so, using the current production schedule as the production schedule for the next production cycle; if not, designating the brand that cannot meet production demand as the target brand; obtaining the inventory increment of filter rods for other brands besides the target brand within a first preset cycle, and determining the target production equipment from the units corresponding to the filter rods of other brands based on the inventory increment; updating the current production schedule based on the target production equipment, and returning to the steps of predicting the ending inventory of filter rods for each brand in the next production cycle. This invention enables the rational allocation of production equipment and improves the rationality and stability of the production scheduling scheme.

The embodiment of the invention relates to the technical field of data management, in particular to a collaborative management method and system for clinical test items, and the method comprises the steps: carrying out the live collection of each unit region of a test site, and obtaining the live information of the test site; the project progress of each clinical test project performed in the test site is monitored in real time to generate the test demand information of the subsequent time, the test capability of the test site in the subsequent time is analyzed based on the live information to obtain an unoccupied scheduling list, and the test demand information is subjected to implementation simulation in combination with the unoccupied scheduling list and the live information. And generating a project scheduling plan, sending a scheduling instruction to an executor of each clinical test project according to the project scheduling plan, and continuously collecting response information of the executor to the scheduling instruction so as to correct the project scheduling plan.