Abstract: A collection method for information as to a user viewing videos can be executed in a device. The device comprises at least a decoder and at least one video application providing video content. The decoder decodes video contents. The device monitors pages of the video application and configures a table of browsing record for each of the pages. When it is monitored that a target page of the video application is opened and that the decoder is running, the device collects viewing information associated with the video content and records the viewing information in a table of target browsing record. On termination of the target page of the video application, the device transmits the table of target browsing record to a server. A processing method for viewing information, a device, and a server are also disclosed.

Abstract: A collection method for information as to a user viewing videos can be executed in a device. The device comprises at least a decoder and at least one video application providing video content. The decoder decodes video contents. The device monitors pages of the video application and configures a table of browsing record for each of the pages. When it is monitored that a target page of the video application is opened and that the decoder is running, the device collects viewing information associated with the video content and records the viewing information in a table of target browsing record. On termination of the target page of the video application, the device transmits the table of target browsing record to a server. A processing method for viewing information, a device, and a server are also disclosed.

Abstract: A collection method for information as to a user viewing videos can be executed in a device. The device comprises at least a decoder and at least one video application providing video content. The decoder decodes video contents. The device monitors pages of the video application and configures a table of browsing record for each of the pages. When it is monitored that a target page of the video application is opened and that the decoder is running, the device collects viewing information associated with the video content and records the viewing information in a table of target browsing record. On termination of the target page of the video application, the device transmits the table of target browsing record to a server. A processing method for viewing information, a device, and a server are also disclosed.

Abstract: A support unit comprising a cover, a positioning unit and a bracket is provided. The cover is pivotably connected to a housing of the portable electronic device and can be received in the housing. The positioning unit is fixed to the housing and includes a plurality of limiting recesses. The bracket includes a first end and a second end that opposite. The first end is connected to the positioning unit, and the second end is pivotably connected to the cover. When the cover is expanded out of the housing, the first end of the bracket is driven by the cover to move relative to the positioning unit, and then the first end of the bracket is engaged with a limiting recess of the positioning unit to fix the expansion angle of the cover relative to the housing. A portable electronic device including the support unit is also provided.

Abstract: A support unit comprising a cover, a positioning unit and a bracket is provided. The cover is pivotably connected to a housing of the portable electronic device and can be received in the housing. The positioning unit is fixed to the housing and includes a plurality of limiting recesses. The bracket includes a first end and a second end that opposite. The first end is connected to the positioning unit, and the second end is pivotably connected to the cover. When the cover is expanded out of the housing, the first end of the bracket is driven by the cover to move relative to the positioning unit, and then the first end of the bracket is engaged with a limiting recess of the positioning unit to fix the expansion angle of the cover relative to the housing. A portable electronic device including the support unit is also provided.

Abstract: An electronic device comprising a plurality of widgets is controlled by a remote controller. The remote controller comprises a plurality of keys. The widgets are associated with the keys of the remote controller. When one of the keys of the remote controller is pressed for a predefined time period, one of the widgets associated with the pressed key is started.

Abstract: A motion estimation device with pipeline architecture is provided, which includes a processing unit array and a motion vector generation unit. The processing unit array generates a number of match values, each of which indicates the match degree between a current block and a corresponding reference block. The processing unit array includes a number of data fetching units and processing units. The data fetching units each are for fetching a number of current data of the current block and a number of reference data of the corresponding reference block. The processing units are coupled to the data fetching unit correspondingly, and each for processing the current data and the corresponding reference data, so as to generate the match values. According to the match values, the motion vector generation unit is for generating a motion vector between the current block and a reference block which corresponds to optimum match degree.

Abstract: A microphone device includes an earpiece unit and a sound pickup unit. The earpiece unit includes a pliable ring part adapted for looping around an ear of a wearer and bendable to conform to the shape of the ear of the wearer. The sound pickup unit includes a boom component that is connected to the earpiece unit and that has a front boom section extending to a vicinity of the mouth of the wearer when the earpiece unit is worn on the ear of the wearer. The sound pickup unit further includes a sound pickup member mounted on the front boom section of the boom component.

Abstract: A network device (20) for connecting an Ethernet terminal device (10) to a communication network (30) includes a database (23), a first transceiving module (21), a second transceiving module (26), and a destination address determining module (25). The database is used for saving a reference address. The first transceiving module is connected to the Ethernet terminal device. The second transceiving module is connected to the communication network, and is used for receiving a packet sent by the communication network and forwarding the packet. The destination address determining module is used for determining whether a destination address of the packet matches with the reference address saved in the database. If the destination address of the packet matches with the reference address saved in the database, the first transceiving module sends the packet to the Ethernet terminal device.

Abstract: An access point (100) for selecting a wireless channel from a plurality of wireless channels to establish a wireless link includes a wireless channel scanning module (110), a wireless channel selecting module (150) and a wireless channel appointing module (170). The wireless channel scanning module is used for obtaining working statuses of the wireless channels. The wireless channel selecting module is used for assigning weighted scores to the wireless channels based on the working statuses thereof, and for selecting an applicable wireless channel based on the weighted scores of the wireless channels. The wireless channel appointing module is used for appointing the applicable wireless channel to the access point. A wireless channel selection method thereof is also provided to avoid interference between different wireless channels of different access points.