Abstract: A baseboard management controller (BMC) carrier module that contains a BMC carrier bracket and a thumb screw is disclosed. The BMC carrier bracket has a back plate, a top plate, a side plate, and a corner plate. The corner plate includes a first section and a second section. The second section of the corner plate extends perpendicularly from the first section of the corner plate. The BMC carrier bracket is configured to receive a BMC board between the first section of the corner plate and the side plate. The BMC board includes an aperture to receive a screw to secure the BMC board to the BMC carrier bracket, at a distance from the back plate. The thumb screw is coupled to the second section of the corner plate of the BMC carrier bracket, and is configured to bias a memory carrier module against the side plate.

Abstract: A protective membrane structure is configured to protect a pan& module. The protective membrane structure includes a main body, an adhesive member, and a pulling member. The main body is attached to the panel module. The adhesive member is disposed on the main body. The pulling member is located over the main body and has an adhesive portion and a warping portion connected to each other. The adhesive member is adhered between the main body and the adhesive portion. The warping portion warps away from the main body.

Abstract: In a method for controlling a location of a tooltip of a user interface, the user interface is displayed on a display screen of an electronic device, and the tooltip is displayed in a display location of the display screen when a target item is selected from the user interface. The method calculates a shortest distance between the tooltip and the target item displayed on the display screen when the target item is fully presented on the display screen, and scrolls a scrollbar of the user interface within the shortest distance for displaying the tooltip presented on the display screen. The method triggers scrolls the scrollbar to display the tooltip beside the target item when there is a spare space beside the target item.

Abstract: An electronic confidential document viewing method is performed by an electronic device in electronic communication with a pair of eyeglasses. In response to display a confidential document on a display device, a protection image is generated based on a security image of the confidential document. The protection image is a copy of the security image that is offset from the security image by a predetermined distance in a vertical direction or a horizontal direction. The security image and the protection image are synchronously transmitted to the display device. The display device displays an overlapping picture based on the two images. The eyeglasses receive the overlapping picture, and separate the overlapping picture into two images. One of the two images is viewable by the left eye of a viewer, and another image is viewable by the right eye of the viewer.

Abstract: In a method for creating data indexes for big data of a computing device, data lists are obtained from a data pool in a storage device, and a priority is set for each of the data lists. Data queues are created in the storage device, and the data lists are assigned to the data queues according to the set priorities. A node index is created for each data list stored in each of the data queues, and the data lists are deleted from the data queue after the node indexes creation. The method obtains a data list having a highest priority from the data pool if such a data list needs to be processed first, combines the node indexes to generate a root index for the data pool, and stores the root index of the data pool and the node indexes of the data lists in the storage device.

Abstract: A screen recording method computes an encoding delay for each frame of a screen of an electronic device. The frame is encoded by a first compression algorithm if the encoding delay is short. The frame is encoded by an second compression algorithm if the encoding delay is middle and a time interval between the encoding time of a previous frame and the encoding time of a current frame does not exceed a first preset time interval. The frame is encoded by a third compression algorithm if the encoding delay is long and a time interval between the encoding time of a previous frame and the encoding time of a current frame exceeds a second preset time interval.

Abstract: The present disclosure provides a method for searching related terms using an electronic device. The method adds time stamps to one or more electronic documents, and obtains related terms by calculating a relevance score between every two terms of the electronic documents within a specified time range. The method further calculates a time gap between each related term and a preset query term, obtains updated related terms that have a time relationship with the preset query term by removing specified related terms whose time gap is greater than a preset value, and obtains search results from a data source by performing a search operation according to the updated related terms.

Abstract: A file decoding method uses a master server to decode multimedia files. The method records statuses of a plurality of slave servers in a status table, receives a decoding request to decode the multimedia file from a web server, and selects one slave server from the status table to process the decoding request by the master server. The method further sends an Internet protocol (IP) address of the selected slave server to a web browser by the web server, sends a decoding command to the selected slave server by the web browser, decodes the multimedia file by the selected slave server, and transmits decoded data of the multimedia file to the web browser.

Abstract: The present disclosure provides a method for searching related terms using an electronic device. The method adds time stamps to one or more electronic documents, and obtains related terms by calculating a relevance score between every two terms of the electronic documents within a specified time range. The method further calculates a time gap between each related term and a preset query term, obtains updated related terms that have a time relationship with the preset query term by removing specified related terms whose time gap is greater than a preset value, and obtains search results from a data source by performing a search operation according to the updated related terms.

Abstract: A method for filtering noise in an image filters noise pixels in a discrepant block between a current image and a background image firstly, and further filter each small block whose area is less than a preset value from the discrepant block. The method further calculates a total area of each big block whose area is greater than or equal to the preset value from the discrepant block, and adds the current image to a background list of the current image if the total area is less than another preset value.

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 for storing node information of a Huffman tree. The method creates an index of each node in the Huffman tree using a breadth first search (BFS) algorithm. The method further reads each node of the Huffman tree beginning from a root node according to a sequence of the index of each node, and stores node information of each node into an array of the Huffman tree.

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: A remote computer and method deploys a first or a second virtual machine template in the cloud servers at the time interval. The remote computer sets the first virtual machine template power-off state, and deploys the first virtual machine template in each of the cloud servers. The remote computer sets the second virtual machine template power-off state, and deploys the second virtual machine template in the cloud server, in response to a determination that update of the second virtual machine template completes. The remote computer replaces the first virtual machine template with the second virtual machine template.

Abstract: A method for storing node information of a Huffman tree. The method creates an index of each node in the Huffman tree using a breadth first search (BFS) algorithm. The method further reads each node of the Huffman tree beginning from a root node according to a sequence of the index of each node, and stores node information of each node into an array of the Huffman tree.

Abstract: A method for filtering noise in an image filters noise pixels in a discrepant block between a current image and a background image firstly, and further filter each small block whose area is less than a preset value from the discrepant block. The method further calculates a total area of each big block whose area is greater than or equal to the preset value from the discrepant block, and adds the current image to a background list of the current image if the total area is less than another preset value.

Abstract: A method searches related terms using an electronic device. The method adds time stamps to one or more electronic documents, and obtains related terms according to the electronic documents. The method further calculates a time gap between each related term and a preset query term, obtains updated related terms by removing specified related terms whose time gap is greater than a preset value, and obtains search results from a data source by performing a search operation according to the updated related terms.

Abstract: A screen recording method computes an encoding delay for each frame of a screen of an electronic device. The frame is encoded by a first compression algorithm if the encoding delay is short. The frame is encoded by an second compression algorithm if the encoding delay is middle and a time interval between the encoding time of a previous frame and the encoding time of a current frame does not exceed a first preset time interval. The frame is encoded by a third compression algorithm if the encoding delay is long and a time interval between the encoding time of a previous frame and the encoding time of a current frame exceeds a second preset time interval.

Abstract: An electronic device controls a client to play videos using internet protocol television (IPTV). The electronic device includes a display. The display displays a program list that includes a plurality of programs, a play option for activating play of a user selected television program and a browse option for activating display of information of the user selected television program. Videos of the programs are stored in an IPTV server connected to the client. In response to the user selects a television program on the display, the client obtains a video of the selected television program and displays the video on the client. If the user selects the browse option, the client obtains the information of the selected television program. The display of the electronic device displays the information of the selected television program.

Abstract: A method for filtering noise in an image filters noise pixels in a discrepant block between a current image and a background image firstly, and further filter each small block whose area is less than a preset value from the discrepant block. The method further calculates a total area of each big block whose area is greater than or equal to the preset value from the discrepant block, and adds the current image to a background list of the current image if the total area is less than another preset value.