Abstract: An electronic device and a user interface operating method thereof. The electronic device comprises an input unit and a processing unit. The input unit detects an input from a user. The processing unit adjusts a home screen from a first display location to a second display location according to the input.

Abstract: Microserver system includes blade servers, a middle-plane board, a network-management board, and a main control module. Each of the blade servers includes a CPU board electrically connected to the middle-plane board. The network management board is electrically connected to the CPU boards through the middle-plane board, and the CPU boards can communicate with each others through the network management board. The main control module electrically connected to the middle-plane board includes a power-supply module and a system-management module. The power-supply module is electrically connected to the CPU boards and the network-management board through the middle-plane board.

Abstract: The invention provides a blade server, in which at least two server systems are integrated in a server system mother board, and a programmable design logic device is configured to switch to any one of said at least two server systems, so that an external device is kept in matching to only one of the at least two server systems in any operation instant.

Abstract: A peripheral component interface-express (PCI-E) standard selection setting system and microserver are disclosed, in which a selection controller selects an arrangement setting in storage elements to arrange the PCI-E control chip, whereby each of the second PCI-E standard ports is or is not arranged as an upstream PCI-E standard port, so that a single PCI-E standard control chip may arrange one of the multitude of PCI-E standard ports as an upstream PCI-E standard port, so that the upstream PCI-E standard port may have a data transmission with one of the multitude of system on chips (SOCs) connected with the PCI-E standard control chip.

Abstract: A server system and controlling method for an operation timing after being powered up are disclosed. The sever system controls a reset signal to have a voltage lower than a first voltage value by introducing a voltage monitoring module when a work power lower than a voltage threshold. On the other hand, when the work power voltage increases to higher than the voltage threshold of the voltage monitoring module, the voltage monitoring module controls the reset signal voltage to be higher than a second voltage value, whereby achieving in a technical efficacy of stable initialization and reset of the server.

Abstract: Apparatus and methods for wireless communication include receiving, in a time division synchronous code division multiple access (TD-SCDMA) network, a first number of symbols before a midamble, the midamble, and a second number of symbols after the midamble; determining first forward and backward probabilities for a first subset of the first number of symbols and second forward and backward probabilities for a second subset of the second number of symbols; determining first posterior probabilities for the first subset of the first number of symbols and second posterior probabilities for the second subset of the second number of symbols; determining a first target posterior probability and a second target posterior probability; detecting a first target symbol and a second target symbol; and determining a first channel estimate corresponding to the first target symbol and a second channel estimate corresponding to the second target symbol.

Abstract: A server includes at least one computing board and a baseboard. The computing board includes a plurality of system on chips and a plurality of network interface controllers. The system on chips are used for transceiving at least one differential signal. Each of the network interface controllers is used for performing conversion between the differential signal and a signal between network media access control layer and physical layer. The baseboard includes at least one switch module for switching and transceiving a signal, at least one first physical layer transceiver for performing the conversion between the signal between network media access control layer and physical layer and a first network connector signal and at least one first network connector.

Abstract: A server system and controlling method for an operation timing after being powered up are disclosed. The sever system controls a reset signal to have a voltage lower than a first voltage value by introducing a voltage monitoring module when a work power lower than a voltage threshold. On the other hand, when the work power voltage increases to higher than the voltage threshold of the voltage monitoring module, the voltage monitoring module controls the reset signal voltage to be higher than a second voltage value, whereby achieving in a technical efficacy of stable initialization and reset of the server.

Abstract: A peripheral component interface-express (PCI-E) standard selection setting system and microserver are disclosed, in which a selection controller selects an arrangement setting in storage elements to arrange the PCI-E control chip, whereby each of the second PCI-E standard ports is or is not arranged as an upstream PCI-E standard port, so that a single PCI-E standard control chip may arrange one of the multitude of PCI-E standard ports as an upstream PCI-E standard port, so that the upstream PCI-E standard port may have a data transmission with one of the multitude of system on chips (SOCs) connected with the PCI-E standard control chip.

Abstract: An electronic device and a user interface operating method thereof. The electronic device comprises an input unit and a processing unit. The input unit detects an input from a user. The processing unit adjusts a home screen from a first display location to a second display location according to the input.

Abstract: A computer apparatus is disclosed. The computer apparatus mentioned above includes a main board and an external sub-board. The main board includes a connector, a management chip, a first basic input output system and a selector. The external sub-board includes an external input output system. The management chip detects a coupling state of the main board and the external sub-board, and generates a detecting signal. The selector enables one of the first basic input output system and the external input output system and disables the other one.

Abstract: A sphygmomanometer cuff is provided with an upper arm support stand arranged to support an upper arm, and an arm band arranged to be wound around the upper arm. The upper arm support stand includes an upper arm support surface arranged to support the upper arm while the upper arm is placed thereon, a winding mechanism arranged to pull one end of the arm band in the winding direction so as to wind a portion of the arm band close to the one end, and a hook arranged to engage a portion of the arm band close to another end pulled out from the winding mechanism against a pulling force applied by the winding mechanism. The upper arm supported on the upper arm support stand is tightened by the upper arm support surface and the portion of the arm band pulled out from the winding mechanism in a state where the portion of the arm band close to the other end is engaged with the hook.

Abstract: A computer apparatus is disclosed. The computer apparatus mentioned above includes a main board and an external sub-board. The main board includes a connector, a management chip, a first basic input output system and a selector. The external sub-board includes an external input output system. The management chip detects a coupling state of the main board and the external sub-board, and generates a detecting signal. The selector enables one of the first basic input output system and the external input output system and disables the other one.

Abstract: Embodiments of the present invention pertain to handling synchronization errors potentially experienced by a storage device. According to one embodiment, a system for handling synchronization errors potentially experienced by a storage device includes a joint detector and a decoder. The joint detector detects transmitted data. The joint detector also detects timing errors that potentially result from the transmission of the data. The joint detector communicates information about the transmitted data and the timing errors with the decoder iteratively in a loop to reduce the amount of the transmitted data that is lost.

Abstract: A method for sampling data is disclosed. The method includes providing a first data and a second data, detecting a phase of the first data by a first clock, and sampling the second data by an inverted signal of the first clock.