3 results about "Extended object" patented technology

The invention relates to a method for detecting objects in a multidimensional radar spectrum, in which object hypotheses are formed on the basis of the signal distribution (10) in the spectrum, the object hypotheses are checked for plausibility on the basis of a number of predefined criteria and selected reflection points (16, 18) belonging to the plausibility-checked objects are represented in a point cloud, characterised in that the object hypotheses comprise hypotheses for extended objects for which the signal distribution in the spectrum extends over a plurality of adjacent bins (12), and in that, in order to check the plausibility of these objects, the signal distributions (10) in the spectrum are compared with stored model distributions for standard objects.

Method for detecting objects in a multidimensional radar spectrum, in which object hypotheses are formed based on the signal distribution (10) in the spectrum, the object hypotheses are made plausible based on a number of predefined criteria, and selected reflection points (16, 18) belonging to the made plausible objects are represented in a point cloud, characterized in that the object hypotheses include hypotheses for extended objects for which the signal distribution in the spectrum extends over several neighboring bins (12), and that, to make these objects plausible, the signal distributions (10) in the spectrum are compared with stored model distributions for standard objects.

The application provides a network slice migration method, device and equipment. The method comprises the following steps: searching for an extended object corresponding to a starting object, adding the starting object and the extended object into a migration set, wherein the starting object and the extended object both meet a preset migration rule, each extended object is an associated object of the starting object or other extended objects, and a service layer and a client layer carried thereby are associated objects; if a target vLink exists in the migration set, removing the target vLink from the migration set, searching for a target tunnel in the migration set, wherein the target vLink is a dedicated vLink that needs to be reserved in a current network slice, and the target tunnel is an associated object of the target vLink; performing path adjustment on the target tunnel, so that the adjusted target tunnel only passes through vLinks in the migration set and a target network slice; and migrating objects in the migration set to the target network slice. Through the application, automatic migration of the network slice can be quickly and accurately performed.