Abstract: A method for processing an I/O request and a computer system are provided. The method includes: receiving an I/O write request from a virtual machine; writing first data to be written as requested by the I/O write request into a local persistent storage area; determining a file type of a file to which the first data belongs; and writing the first data into a remote shared storage area if the file type of the file to which the first data belongs is a user file or a system file. Thus access traffic on the remote shared storage area can be reduced.

Abstract: A data distribution method and a splitter is provided. The data distribution method executed by the splitter includes: parsing a received data packet to determine a transport layer communications protocol to which the data packet belongs; acquiring from the data packet, identification information of a data stream to which the received data packet belongs; acquiring from a memory according to a correspondence between a transport layer communications protocol and an distribution table, an distribution table corresponding to the transport layer communications protocol to which the data packet belongs; determining according to a correspondence between identification information of a data stream and a thread in the acquired distribution table, a thread corresponding to the data stream to which the data packet belongs; and sending the data packet to a cache queue of the determined thread, so that the determined thread acquires the data packet from the cache queue.

Abstract: A method and an apparatus for rapid data distribution, the method includes: sending, by a central processing unit, data description information to a rapid forwarding module, where the data description information includes an address and length information of data requested by a user; reading, by the rapid forwarding module according to the data description information, the data requested by the user and forwarding the data requested by the user to a network interface controller; and sending, by the network interface controller, the data requested by the user to the user. By using the method provided in the present invention, after services are increased, only the network interface controller and a storage device need to be added, and cost for the memory and the central processing unit does not need to be increased.

Abstract: An input/output (IO) request processing method and a file server, where the method includes adding, according to different service levels carried in IO requests of users, the IO requests of the users to corresponding cache queues for processing at a virtual file system layer, a block IO layer and a device driver layer separately, thereby meeting different service level requirements for the IO requests of the users.

Abstract: The present invention discloses a thread creation method, a service request processing method, and a related device, where the method includes: acquiring a quantity of network interface card queues of a multi-queue network interface card of a server; creating processes whose quantity is equal to the quantity of network interface card queues; creating one listener thread and multiple worker threads in each process; and binding each created listener thread to a different network interface card queue. Solutions provided in embodiments of the present invention are used to make creation of a process and a thread more proper, and improve efficiency of processing parallel service requests by a server.

Abstract: A data distribution method and a splitter is provided. The data distribution method executed by the splitter includes: parsing a received data packet to determine a transport layer communications protocol to which the data packet belongs; acquiring from the data packet, identification information of a data stream to which the received data packet belongs; acquiring from a memory according to a correspondence between a transport layer communications protocol and an distribution table, an distribution table corresponding to the transport layer communications protocol to which the data packet belongs; determining according to a correspondence between identification information of a data stream and a thread in the acquired distribution table, a thread corresponding to the data stream to which the data packet belongs; and sending the data packet to a cache queue of the determined thread, so that the determined thread acquires the data packet from the cache queue.

Abstract: A method for processing an I/O request and a computer system are provided. The method includes: receiving an I/O write request from a virtual machine; writing first data to be written as requested by the I/O write request into a local persistent storage area; determining a file type of a file to which the first data belongs; and writing the first data into a remote shared storage area if the file type of the file to which the first data belongs is a user file or a system file. Thus access traffic on the remote shared storage area can be reduced.

Abstract: A method and an apparatus for rapid data distribution, the method includes: sending, by a central processing unit, data description information to a rapid forwarding module, where the data description information includes an address and length information of data requested by a user; reading, by the rapid forwarding module according to the data description information, the data requested by the user and forwarding the data requested by the user to a network interface controller; and sending, by the network interface controller, the data requested by the user to the user. By using the method provided in the present invention, after services are increased, only the network interface controller and a storage device need to be added, and cost for the memory and the central processing unit does not need to be increased.

Abstract: A method for processing a short message and a communication terminal are disclosed. The method includes: receiving a short message; extracting schedule information from the short message after determining that the short message is a schedule short message; and importing the schedule information into a schedule table. The inventive solution enables the communication terminal to automatically identify the schedule short message upon receipt of the short message and imports such schedule short message into the schedule table without manually operating by the user, thereby improving the user experience and increasing the inner value of the communication device.

Abstract: The detail in an image can be enhanced by selective filtering to separate at least one part of the frequency spectrum of the image from a remaining part of the image. The amplitude of the separated part of the frequency spectrum of image is changed and the amplitude-changed portion is combined with the remaining part of the image. The filtering and/or the change in amplitude is controlled at least in part in response to the content of the image to enhance the detail level of the image where appropriate, while preventing enhancement in areas of the picture where it is likely that artifacts would be generated.

Abstract: The disclosure relates to a method and apparatus for determining an internal user for a call center system. The information servicing function provided in the existing communication networks may be utilized in the invention. After a call initiated from an internal user for a call center system to an external user fails, the call center system sends the call information to the external user in a timely manner so that the external user can obtain identification information of the internal user for the call center system in a timely and accurate manner. With the invention, the possibility of reaching the internal user for the call center system is enhanced and thus the interests of the external user and the enterprise entity can be secured.

Abstract: A communication method, device and system for implementing a scheduling communication service are provided. The communication system includes: a switch, a scheduling application server, and a scheduling terminal, the switch transfers a request message or a response message with a scheduling terminal as a caller or a callee to the scheduling application server, the scheduling application server stores session parameters of the scheduling terminal, determines the type of the call request message, converts the request message into one or more common call requests or response messages that can be identified by the switch, and sends the converted messages to the switch.

Abstract: A speech recognition method, system and server includes receiving speech information from at least one User Equipment; analyzing and recognizing the speech information and searching for a speech feature matching the speech information; and obtaining an instruction in accordance with the speech feature and executing the instruction. With the various embodiments of the disclosure, cost of the User Equipment may be reduced and accuracy of speech recognition may be improved.

Abstract: A voice response method and a voice server. The method comprises: obtaining a voice service request and transforming the voice service request to a text service request; obtaining corresponding voice response data and visual response data according to the text service request; and transmitting the voice response data and visual response data.

Abstract: A method for processing a short message and a communication terminal are disclosed. The method includes: receiving a short message; extracting schedule information from the short message after determining that the short message is a schedule short message; and importing the schedule information into a schedule table. The inventive solution enables the communication terminal to automatically identify the schedule short message upon receipt of the short message and imports such schedule short message into the schedule table without manually operating by the user, thereby improving the user experience and increasing the inner value of the communication device.

Abstract: A system and method for time division multiplexing multiple lower bandwidth signals into a high bandwidth signals such as a high-definition television signal. The invention provides an integrated transmission, distribution and routing signal format in which low-bandwidth signals are embedded in the active video and vertical blanking areas of a high-bandwidth signal. Data from the source data streams, including timing data, is formatted in packets, each packet comprising a plurality of channels. The packets are inserted into the high-bandwidth signal along with a header word providing a ‘data valid bit’ or ‘status bit’ for each of the channels, which identifies valid data words within the packet. The source data streams are accurately reconstituted by de-multiplexing according to header data specifying routing destination, stream ID, stream type, channel usage and stream clock reference for clock recovery at the receiving end.

Abstract: The detail in an image can be enhanced by selective filtering to separate at least one part of the frequency spectrum of the image from a remaining part of the image. The amplitude of the separated part of the frequency spectrum of image is changed and the amplitude-changed portion is combined with the remaining part of the image. The filtering and/or the change in amplitude is controlled at least in part in response to the content of the image to enhance the detail level of the image where appropriate, while preventing enhancement in areas of the picture where it is likely that artifacts would be generated.

Abstract: The present invention relates to a video display processor comprised apparatus for receiving digital input signal components of a signal to be displayed, apparatus for converting the components to a desired format, apparatus for scaling and blending the signals in the desired format, apparatus for outputting the scaled and blended signals for display or further processing, and an arbiter and local timing apparatus for controlling the apparatus substantially independently of a host CPU.

Abstract: The present invention relates to a method of converting signal components of one of a first input three component color model signal and a second input three component color model signal to either one of the first or second three component color model comprised of matrix multiplying input signal components with an array of predetermined transformation parameters to form a multiplied set, vector adding the multiplied set with a predetermined group of offset vectors, whereby signal components of the output signal are produced.

Abstract: The present invention relates to a video display processor comprised apparatus for receiving digital input signal components of a signal to be displayed, apparatus for converting the components to a desired format, apparatus for scaling and blending the signals in the desired format, apparatus for outputting the scaled and blended signals for display or further processing, and an arbiter and local timing apparatus for controlling the apparatus substantially independently of a host CPU.