Abstract:
An image retrieval method applies an application server, one or more calculating servers, and a sorting server to perform image retrieval. The application server extracts visual features of an exemplary image. The one or more calculating servers calculate similarities of available images according to the visual features of the exemplary image. The sorting server sorts the available images according to the similarities so as to obtain images similar to the exemplary image.
Abstract:
A method for isolating and cutting out figures in a design patent document divides each page of a figure section of the design patent document into a multiplicity of areas according to histograms, which are created based on information of black pixels and white pixels in a black-and-white image of the page. The method selects the areas that include the figures of the design patent, and displays the selected areas on a display device.
Abstract:
An image processing system and method for comparing and correcting two monochromic images A2 and B2 that extracts a skeleton of objects in the monochromic image A2 to generate a skeleton image A3 and extracts a skeleton of objects in the monochromic image B2 to generate a skeleton image B3. The system and method then covers the skeleton image A3 with the monochromic image B2 to generate a covered image A4, and covers the skeleton image B3 with the monochromic image A2 to generate a covered image B4. The system and method further corrects allowable variances in the covered images A4 and B4, and outputs the covered images whose variances have been corrected.
Abstract:
A method for merging separated pixel blocks into an integral image of an object is provided. The method performs binary image processing on an obtained image to obtain a binary image, finds pixel blocks in the binary image whose area is greater than a first preset value, and stores a position and a size of each found pixel block in a data structure. The method further merges two pixel blocks in the data structure if a distance between the two pixel blocks is less than a second preset value, so as to generate the integral image of the object.
Abstract:
A method embeds product information in videos with product placements using an electronic device. The electronic device defines product information of one or more products that are embedded in a video, and embeds the product information in an image file having a file format that is compatible with the video, the embedding according to appearance times of the one or more products. During display of the video on the display device, the electronic device determines whether the image file includes product information about a product that is presented during display of the video. If the image file includes product information about the product, the electronic device displays a prompt on the display device concurrently with the product. After receiving a selection operation to select the prompt, the electronic device displays the product information on the display device.
Abstract:
In a method for managing power of host computers using a control computer, the method generates a power management command, groups virtual machines installed in the host computers at a first time if the power management command is a first type, to obtain a first group of the virtual machines. The method further relocates the virtual machines in the host computers based on the first group of the virtual machines, and closes idle host computers. Closed host computers are powered on if the power management command is the second type, all the virtual machines at a second time are grouped, to obtain a second group of the virtual machines. The virtual machines are relocated into each host computer based on the second group of the virtual machines.
Abstract:
A server communicates with at least one client. If the server wants to transmit streaming media to a client, the client sends a package to the server. The package indicates if the client can decode the streaming media. If the client can decode the streaming media, the server decodes the streaming media and outputs the decoded streaming media on a display of the server. The server sends the streaming media to the client. The client decodes the streaming media and outputs the decoded streaming media on a display of the client. If the client cannot decode the streaming media, the server obtains the streaming media on the desktop of the server and compresses the streaming media to a compressed file. The client receives the compressed file from the server, and decompresses the compressed file. The decompressed files are output on the display of the client.
Abstract:
An image processing system and method for comparing two monochromic images A2 and B2 is provided. The system and method thins objects in the monochromic image B2 so as to generate a skeleton image B3, thickens the objects in the monochromic image A2 to generate a bold image A4, and overlays the skeleton image B3 with the bold image A4 so as to generate an overlaid image AB1. The system and method further thins the objects in the monochromic image A2 so as to generate a skeleton image A3, thickens the objects in the monochromic image B2 to generate a bold image B4, and overlays the skeleton image A3 with the bold image B4 so as to generate an overlaid image AB2. The system and method outputs the overlaid images AB1 and AB2 on a display screen.
Abstract:
A method for scheduling service applications is applied in a computing device. The method creates a software interface and sets a scheduled time and operation parameters of a service application. The software interface is called and bound to the service application. The service application is added to a scheduling queue. At the scheduled time, the service application is selected from the scheduling queue and executed according to the operation parameters of the service application.
Abstract:
An image retrieval method applies an application server, one or more calculating servers, and a sorting server to perform image retrieval. The application server extracts visual features of an exemplary image. The one or more calculating servers calculate similarities of available images according to the visual features of the exemplary image. The sorting server sorts the available images according to the similarities so as to obtain images similar to the exemplary image.