46results about How to "Improve execution success rate" patented technology

The invention discloses a task scheduling method, device and electronic equipment. The method includes: after receiving the task request of the first task, scheduling the first task to the fifth task block to wait for scheduling, and continuously detecting the second task. Whether the number of tasks being executed in the task block is less than the preset maximum concurrency, if it is less than the preset maximum concurrency, call the second task from other task blocks to the second task block, and execute the second task , thus, the received tasks are first stored in the fifth task block for queuing, when the number of tasks being executed in the second task block is less than the preset maximum concurrency, tasks are called from other task blocks, by Therefore, in this embodiment, through the queuing mechanism and the maximum concurrency control mechanism, not only the reasonable utilization of resources is ensured, but also the situation of downtime due to exceeding resources is avoided, and the probability of successful task execution is improved.

The invention discloses an operation execution method and apparatus, and a terminal, and belongs to the field of mobile terminals. The method comprises the following steps: the terminal receives a remote control instruction sent by a server, wherein the remote control instruction is used for indicating to execute and search a remote control operation related to the terminal; the terminal executes the remote control instruction according to the remote control instruction; and the terminal receives a control operation of a user, wherein the control operation is used for sending a control instruction to a terminal triggered user, and if the terminal does not execute the remote control operation, the terminal inhibits to make response to the user control instruction. By adoption of the operation execution method and apparatus, the user control instruction triggered by malicious personnel is prohibited from being responded, the normal execution of the remote control operation is not affected, therefore the problem that the problem that the remote control process is vulnerable to the interference of the malicious personnel in related art is solved, and the execution success rate of the remote control operation is improved.

The invention discloses a resource scheduling method, which comprises distributing priority to an executory service, confirming turnaround time corresponding to each sub frame of bearing service data in a cycle, selecting data of sub frame bearing service according to the priority of services and the turnaround time of the sub frames, wherein a service with higher priority selects resources in a sub frame with shorter turnaround time. The turnaround time of important data is reduced through the method as much as possible, and the execution success ratio of important services is greatly improved. The invention further discloses a resource scheduling device and a communication system.

The invention discloses a self-adaptive seeding control system based on an unmanned driving technology. The self-adaptive seeding control system comprises a vehicle-mounted central controller, an automatic driving system controller, a seeding system controller, a driving state monitoring device and an agricultural machine state monitoring device, the vehicle-mounted central controller responds tothe agricultural machine and moves to the seeding path, and drives the seeding system controller to adjust the rotating speed of the motor according to preset seeding parameters so as to execute seeding operation; the agricultural machinery state monitoring is used for monitoring agricultural machinery seeding state parameters in real time, generating a reseeding control signal if the abnormal type is seed shortage, and calculating a reseeding navigation planning path. According to the invention, the automatic driving system and the seeding system in a completely independent state can be effectively coordinated, and the seeding operation task can be efficiently and adaptively completed; the abnormal state in the seeding operation task process is processed in time, particularly, seed shortage abnormity is processed in time, and route adjustment and reseeding operation are completed in a self-adaptive mode on the premise that seeding efficiency is not affected.

The invention discloses a mobile service combination selection method considering timing constraints, comprising the following steps: collecting real-time information of mobile service providers; establishing a probabilistic mobile model of the service provider according to the information provided by the service provider; establishing a service provider according to user needs Combined quality constraints and timing constraints model; based on the multi-constraint optimization method of the differential evolution method for combination optimization, the selection strategy of service combination is obtained, and the mobile service combination selection method considering timing constraints is provided. Information, establish a probabilistic mobile model for mobile service providers, and then use the multi-constraint optimization algorithm based on differential evolution to optimize the combination according to the quality and timing constraints of the service combination provided by the user, and obtain a mobile service combination with a higher execution success rate ; Thereby overcoming the problem that the combination of services in the traditional Internet cannot be directly applied to the mobile environment.

Embodiments of the present invention provide a data processing method, device, and device for data processing. The method includes: receiving a multi-party secure computing task; calling the plaintext computing service to encrypt the plaintext data corresponding to the multi-party secure computing task to obtain ciphertext data; sending the ciphertext data to the first storage service, and release the computing resources of the plaintext computing service; call the first storage service to send the ciphertext data to the second storage service of the ciphertext engine, so that the ciphertext engine performs the multi-party security Obtain the ciphertext data from the second storage service when computing tasks. In the embodiment of the present invention, by configuring the plaintext computing service and the first storage service in the plaintext engine, the strong coupling between the computing service and the storage service is released; the utilization rate of computing resources of the plaintext engine can be improved, and the execution success of multi-party secure computing tasks can be improved. rate and processing efficiency.