75 results about "Graph generator" patented technology

A parametric design system comprises an estimate generator, a layout drawing generator, and a design generator. The estimate generator for generating a cost estimate based on at least one of predetermined properties of the engineered object as defined by a request for proposal defining the engineered object, parameters associated with components of the engineered object, and engineering rules and knowledge. The layout drawing generator generates a layout drawing based on at least one of specifications of the engineered object as defined by the request for proposal, parameters associated with components of the engineered object, and engineering rules and knowledge. The design generator generates the object design based on an order and a proposal. The proposal is generated based on the cost estimate and the layout drawing. The order is generated based on the proposal.

A support apparatus of an injection-molding machine has a neural network that receives test molding data corresponding to molding conditions and a quality value obtained by measuring a non-defective molded article, and that determines a quality prediction function based on the received test molding data. A computer calculates a predicted value of the quality value using the quality prediction function. An input apparatus inputs into the neural network fixed values for the molding conditions except for a selected at least one of the molding conditions, and inputs a target value of the quality value. A graph generator generates a graphical relationship between the selected at least one molding condition and the predicted value. A graph correction unit corrects the graphical relationship generated by the graph generator on the basis of the target value. A display unit selectively displays the graphical relationship generated by the graph generator and the graphical relationship corrected by the graph correction unit.

An edge routing system is described herein that uses a spatial decomposition to achieve faster routing, and more quickly generates a sparse visibility graph using a cone spanner. The system provides two approaches that can be used separately or in combination to achieve faster-and hence more scalable and more interactive-edge routing using approximate shortest paths. The first approach uses a spatial decomposition of the nodes in a graph, moving them slightly to obtain strictly disjoint convex hulls around groups of nodes, and then computing visibility graphs over these composite hulls rather than individual nodes. The second approach generates a sparse visibility-graph spanner to accelerate the process of producing the visibility graph. The system allows high quality obstacle avoiding edge routing for large diagrams in interactive diagramming applications where very fast refreshes of routing are used with many nodes moving at the same time.

The invention discloses a high-capacity data protection method based on a GAN augmented image foreground object. By applying various GANs to information hiding, the high-capacity data protection method obtains an embedded distortion probability graph, calculates an unsuitable steganography area according to the embedded distortion probability graph, generates a foreground object in the unsuitablesteganography area through a fixed area object generation and information embedding module, and then hides the secret information in the generated graph. The high-capacity data protection method mainly comprises the following steps: (1) inputting an original image into a steganography probability graph generator; (2) calculating the steganography probability graph; (3) calculating the unsuitable steganography area; (4) adding a texture object into the original image; and (5) carrying out an information hiding algorithm to embed secret information. According to the high-capacity data protectionmethod, the unsuitable hidden area is calculated for the image in advance, so that the directional hiding capability of the unsuitable hidden area of the original image in information hiding is improved; and provided is a high-capacity data protection method which increases hiding capacity and has high security.

The invention discloses a defect grade judgment method for liquid crystal modules of different production lines. In the method, an upper computer is connected with a graph generator and a liquid crystal module manufacture execution system server through a network, a user achieves the liquid crystal module defect grade judgment function under the online mode through an external text editing tool according to a specific format editing defect grade initialization file, an upper computer program displays the defect grade and the defect code which are suitable for a current production line to the user to be selected by the user by analyzing a defect grade initialization file edited by the user in a customized mode, the defect grade and the defect code are not written in the upper computer program any more, and the code amount of the upper computer program is reduced.