3results about How to "Guaranteed sharing" patented technology

The utility model discloses a three-core submarine cable capable of bearing high metal shielding short circuit current, comprising a wire core unit (1) and a sheath unit (2), the sheath unit (2) is used for wrapping and shaping the wire core unit (1), the wire core unit (1) comprises three electric signal core wires (1.1), the three electric signal core wires (1.1) are uniformly arranged in an array along the circumferential direction, the inner layer of each electric signal core wire (1.1) comprises a copper wire (1.1. 1), and the outer layer of each electric signal core wire (1.1) comprises a copper wire (1.1. 1). The outer layer of the electric signal core wire (1.1) comprises a metal shielding layer (1.1. 2), the metal shielding layer (1.1. 2) comprises a copper wire layer (1.1. 2.1) and a lead sheath layer (1.1. 2.2), and the lead sheath layer (1.1. 2.2) is arranged on the outer side of the copper wire layer (1.1. 2.1). The three-core submarine cable capable of bearing the high metal shielding short-circuit current combines the high conductivity of the copper wires and the metal shielding layer formed by the high strength of the lead sheath.

The application discloses a security authentication method and device, network equipment, a storage medium and a program product. The method comprises the following steps: receiving a first service request sent by a distributed node SCP, wherein the first service request carries a first signature and first information, and the first information comprises a first SCU identifier and first organization information; obtaining first identity information corresponding to the first information through a block chain, and verifying the first signature based on the first identity information; if the verification of the first signature fails, sending a verification failure result to the distributed node SCP; and if the verification of the first signature succeeds, forwarding the first service request to a central node NF.

This invention discloses a method and apparatus for dynamically allocating GPU computing power for real-time tasks, comprising: acquiring priority information, preset execution deadline information, and execution parameter information of each parallel task currently being executed by the GPU; determining the current remaining computing power value of the GPU; inputting the execution parameter information and the sub-computing power value into a time prediction model to obtain the remaining execution time required to complete each of the parallel tasks; determining a second computing power value required by the GPU to complete the parallel tasks; and dynamically allocating computing power values ​​to each of the parallel tasks based on a comparison between the second computing power value of each parallel task and the remaining computing power value, as well as the priority information. This method can dynamically adjust quotas for applications to meet real-time requirements and ensure concurrent execution of multiple tasks sharing the GPU.