Abstract: The present application provides a cutting guide wire and a thrombus suction system. The cutting guide wire includes a guide wire body and a thrombus cutting member, a distal end of the guide wire body is suitable for being arranged in a suction catheter in a passing-through mode, the thrombus cutting member is connected to the distal end of the guide wire body and suitable for being placed in the suction catheter, and the thrombus cutting member has a cutting state of moving in the suction catheter to cut a thrombus in the suction catheter under a driving action of the guide wire body; wherein the thrombus cutting member includes a cutting portion, and a cross-sectional area of the cutting portion gradually increases in a direction from a distal end thereof to a proximal end thereof.

Abstract: A container hot migration method, including: in response to a container hot migration instruction, determining a first virtual machine on a source physical machine where a container to be migrated is located, first virtual machines corresponding one-to-one with containers to be migrated; acquiring memory data and running status of the first virtual machine and saving same locally; sending the memory data and running status of the first virtual machine to a destination physical machine, so that a second virtual machine on the destination physical machine recovers a running process of the container to be migrated on the destination physical machine according to the received memory data and running status.

Abstract: A method for quality of service processing of a network data packet, including: invoking a data packet filtering module to obtain a type of service field value corresponding to a socket; caching the type of service field value into metadata of the socket; and performing a packaging processing on the network data packet after routing based on the cached type of service field value. (FIG.

Abstract: The present disclosure discloses a method for creating a distributed management monitoring system to create a distributed management monitoring system based on a distributed file system. Moreover, the present disclosure further discloses a monitoring method of the distributed management monitoring system, the method includes: updating a file of recording monitoring information regularly and correspondingly updating a device descriptor table by a sub-file system of the distributed management monitoring system; updating the device descriptor table and informing a server to update a file descriptor table by the sub-file system; and finding a device descriptor table corresponding to a designated network element through traversing the file descriptor table and reading a designated file according to the device descriptor table by the server. Accordingly, the present disclosure provides a distributed management monitoring system, the system includes: a server, a file descriptor table and a sub-file system.

Abstract: The present disclosure discloses a method for creating a distributed management monitoring system to create a distributed management monitoring system based on a distributed file system. Moreover, the present disclosure further discloses a monitoring method of the distributed management monitoring system, the method includes: updating a file of recording monitoring information regularly and correspondingly updating a device descriptor table by a sub-file system of the distributed management monitoring system; updating the device descriptor table and informing a server to update a file descriptor table by the sub-file system; and finding a device descriptor table corresponding to a designated network element through traversing the file descriptor table and reading a designated file according to the device descriptor table by the server. Accordingly, the present disclosure provides a distributed management monitoring system, the system includes: a server, a file descriptor table and a sub-file system.