2results about How to "Realize distributed deployment" patented technology

The present application relates to the technical field of machine vision, in particular to a kind of robust visual detection system of ton bag goods based on multi-cluster feature fusion and posture correction drive, the system includes non-local mean enhancement module, multi-feature clustering fusion module, geometric feature extraction module, dominant posture clustering module, posture correction transformation module and goods segmentation determination module, non-local mean filtering is carried out to the original image of ton bag goods to obtain enhanced image, the present application is equipped with non-local mean enhancement module and multi-feature clustering fusion module, can realize the efficient enhancement of ton bag goods image and multi-dimensional feature fusion, the space alignment weighted superposition of color cluster and texture cluster is generated Fusion segmentation chart, let the feature representation of ton bag goods homogeneous region be more comprehensive, accurate, effectively improve the integrity and effectiveness of geometric feature extraction, so that the feature analysis ability of system to ton bag goods image is significantly improved.

This application provides a security protection method and a security resource pool. The method includes: obtaining service traffic from a service switch through a traffic splitter deployed on a third server and forwarding it to an orchestrator deployed on a second server; using the orchestrator, sequentially forwarding the service traffic to corresponding security devices for security detection according to a preset security service chain, wherein the security devices are deployed on a first server; the traffic splitter, the orchestrator, and the security devices are all virtual machines; using the orchestrator, the service traffic that passes the security detection is returned to the service switch via the traffic splitter. Through a full-dimensional redundancy design from the underlying platform to virtual network elements, the single point of failure problem is completely solved, the availability of the security resource pool is improved, and continuous security protection of service traffic is achieved.