496 results about "Command response" patented technology

A method of communicating data in a wireless communication system is disclosed. More specifically, a method discloses transmitting a request by a mobile subscriber station (MSS) to a network entity via a de-registration request message requesting the network entity to retain a preferred session information, and receiving a selected session information via a de-registration command response from the network entity.

A command to copy or cut selected data from a source file is received. In response to receiving the command to copy or cut the data, citation information associated with the data is automatically collected. The data and the citation information are then copied into a copy buffer. A command to insert the data into a destination file is received. In response to receiving the command to insert, the data and its associated citation information is automatically transferred from the copy buffer into the destination file. In one aspect, at least a portion of the citation information is displayed as a reference associated with the inserted data within the destination file.

Described are a method and system for controlling the operation of personal mobile electronic devices disposed about a user. Each device is adapted to receive command according to a common wireless protocol. A voice signal is generated in response to a voice command spoken by the user. Command data are generated for one of the devices in response to the voice signal. The command data are transmitted through a wireless link to the respective device to control an operation of the device. There is no need for each device to have independent voice recognition capability. Instead, the burden of voice recognition is managed by the wearable command module that communicates with all the controlled devices through wireless links.

An enhanced network monitor system (30) processes event messages and command response messages from automated banking machines such as ATM terminals (36). Both message types are assigned a single transaction code. The system includes an application program (34) in which the event messages and command response messages are processed in a host computer by parallel message processing regions (52, 54, 56). A modified VTAM communications protocol enables the application to control sequencing of messages generated by the ATM terminals. This enables both event messages and command response messages to be run in a response mode. The transaction processing limit for the parallel message processing regions may be set to a maximum value. The parallel message processing regions run the single transaction repeatedly without reloading which increases the rate at which messages are handled.

A user device and method discriminately provides audible responses to a voice command received by a user device that supports voice activation. The method includes detecting a first pre-established, audible activation command that activates the user device. In response to detecting the first pre-established, audible activation command, the method includes producing a first audible acknowledgement within loudspeaker proximity of the user device and then monitoring for detection of at least one second, audible acknowledgement produced by another user device within a pre-set time interval, which detection would indicate that the other user device is also responding. The method includes processing and responding to a received audible command in response to not detecting. However, in response to detecting, the method includes triggering entry into a privacy mode of audible command input and producing a privacy mode announcement via at least one of a display and a sound producing component.

A method and system for stabilizing a vehicle employing an electric power steering system is disclosed. The method includes receiving as inputs, a desired torque command representative of a steering wheel torque and a vehicle speed signal. The method also includes acquiring an acceleration signal representative of vehicle acceleration. The method further comprises generating an assist torque command, which is a combination of the desired torque command and a compensating torque command where the compensating torque command is responsive to the vehicle speed signal and the acceleration signal.

System, methods, and computer program products are provided for managing communications. A first applet and a second applet are operable receive and transmit application protocol data unit messages. The application protocol data unit messages include command-response message pairs. An application protocol data unit message is transmitted from the first applet to a second applet to trigger and establish a communication channel with a first device. Thus, messages may be comprehensively managed post-issuance. User experience is improved.

A method and system for stabilizing a vehicle employing an electric power steering system is disclosed. The method includes receiving as inputs, a desired torque command representative of a steering wheel torque and a vehicle speed signal. The method also includes acquiring an acceleration signal representative of vehicle acceleration. The method further comprises generating an assist torque command, which is a combination of the desired torque command and a compensating torque command where the compensating torque command is responsive to the vehicle speed signal and the acceleration signal.

A computer system includes a processor configured for detecting initial command response times of a plurality of paths for transmitting signals from the processor to one or more external devices via a plurality of channels, assigning weighted values to the plurality of paths based on the detected initial command response times, and modifying a frequency at which respective paths among the plurality of paths are selected for transmitting the signals based on the weighted values assigned to the respective paths.

The invention discloses a high-speed optical fiber bus based on a command response type high-speed optical fiber bus protocol. The structure comprises an optical fiber bus, a network controller, a plurality of network terminals and a plurality of remote terminals, wherein the network controller is connected to the optical fiber bus, the network terminals are hooked on the optical fiber bus through a plurality of optical fiber couplers, and the remote terminals are connected to the optical fiber couplers through bridging equipment. The invention also discloses a realization method for a redundance topological structure of the high-speed optical fiber bus, which comprises the following steps of: closing an optical link, and detecting the connectivity of the optical link in real time; mutually serving as a backup by reverse double loops, and selecting the other link when one link fails; and utilizing a network monitor as redundance equipment of the network controller. By adopting the invention, the optical fiber bus can meet the requirement of various application environments, such as aerospace and the like for high speed, real time and high reliability, easily isolate single-point failures and support various topological structures, the communication rate can reach 2.5Gbps, wires are convenient to lay, the equipment used by a system is simple, and the reliability is high.

A method and apparatus to provide a deterministic power control mechanism for the transmission of mobile station power control commands based on transmitting non-power control commands for which mobile stations exhibit deterministic, observable responses at related transmit powers, e.g., at the same power. For example, a wireless network base station may adjust the target used for sending power control commands to a given mobile station by observing whether that mobile station correctly responds to rate control or retransmit control commands sent at the same transmit power. The mobile station's response (or non-response) to such non-power control commands is readily observable and can be taken as an indication of whether the power target is sufficient for current radio conditions. Although not so limited, this approach may be particularly beneficial where non-power control commands are sent along with the power commands on a sub-channel of a common power control channel.

A method, system, and apparatus for a management station to manage a node cluster in a computer network. Regardless which node in the node cluster receives a management command from the management station to the master node, the management command is sent to the master node. The master node prepares a command response and sends the response back to the original node that received the management command. The original node, in turn, forwards the command response to the management station. The invention utilizes management agents executing on a master node and servant nodes to create and process the command response.

A read cache device for accelerating execution of read commands in a storage area network (SAN) in a data path between frontend servers and a backend storage. The device includes a cache memory unit for maintaining portions of data that reside in the backend storage and mapped to at least one accelerated virtual volume; a cache management unit for maintaining data consistency between the cache memory unit and the at least one accelerated virtual volume; a descriptor memory unit for maintaining a plurality of descriptors; and a processor for receiving each command and each command response travels in the data path serving each received read command directed to the at least one accelerated virtual volume by returning requested data stored in the cache memory unit and writing data to the cache memory unit according to a caching policy.

The invention relates to the technical field of storage, in particular to an NVMe (Non-Volatile Memory Express) data read-write method and NVMe equipment. The method comprises the following steps that: a transceiver receives an NVMe command which is written into an SQ (Submission Queue) by a host; when the SQ control module detects that the SQ changes in an SQ cache, the NVMe command in the SQ issent to an SSD (Solid State Drives) controller; the SSD controller executes the NVMe command and writes the generated NVMe command response into a CQ (Completion Queue) through a CQ control module; and the SSD controller notifies the host to read the CQ through trigger interruption to enable the host to process the NVMe command response in the CQ. Since the SQ and the CQ are both positioned in theNVMe equipment, the CPU (Central Processing Unit) can directly read the NVMe response command in the CQ or directly writes the NVMe command into the SQ so as to further lower the consumption of CPU resources. In addition, a way designed by the NVMe equipment can support CCIX (Cache Coherent Interconncet for Acceleration) on hardware, and therefore, the heterogeneous calculation of software memoryunification and an I / O operation can be realized.

A portable distributed application framework that uses a definition file describing a structure of data and commands to be used by the framework to interface with an application. A proxy, responsive to a definition file, creates and receives messages based on the definition file. The created messages contain data and commands used to control the application while the received messages contain data from the application. A control, responsive to the definition file, relays messages between the proxy and the application. A housing, responsive to the definition file and the messages from the proxy, provides the application with configuration information and receives data from the application.

A sleep protocol is provided for controlling sleep mode in a device having a receive port and a transmit port. A location is established in a map of locations in the device as a sleep / wake control location. When the device receives a command to store a sleep value in the sleep / wake control location, this indicates there is no pending traffic for the receive port. When the device also determines that there is no pending traffic on the transmit port, then the device may enter a low power sleep mode. When the device receives a command to store a wake value in the sleep / wake control location to indicate pending traffic for the receive port, it awakens from sleep mode and responds to the wake command with a reply command to indicate the receive port is ready to receive the pending traffic.

The invention provides a method of quickly responding to a trim command, an SSD (Solid State Disk) controller and a system. The method comprises the following steps: when the SSD controller receives the trim command issued by a host computer, the SSD controller acquires a logical address range signified by the trim command; the SSD controller modifies a state of a logical address signified by the trim command, and the state is set to be invalid; the SSD controller returns an answering signal meaning the trim command to be finished to the host computer; and after the trim command finishes the answering, the SSD controller selects a computer to modify a state of a physical address corresponding to the logical address, and the state is set to be invalid. According to the technical scheme provided by the invention, trim commands of multiple continuous large sections of data can be quickly executed, so that trim requests of the multiple large sections of data of the host computer are responded in a shorter period, the waiting time of a system is reduced and the command response efficiency is improved.

The application discloses a speech interaction method and speech interaction equipment. An association relationship between a to-be-distinguished speech and historical interaction data can be analyzed, and the historical interaction data include a user speech instruction before the to-be-distinguished speech and a response result for the user speech instruction; then whether the to-be-distinguished speech is an instruction-type speech can be judged according to the association relationship between the two parts; command response can be not carried out thereon when it is judged that the speechis a non-instruction-type interference speech; and thus one time of wrong human-machine interaction is avoided, and then user experience is improved.

In association with a storage system, dividing or splitting file system I / O commands, or generating I / O subcommands, in a multi-connection environment. In one aspect, a host device is coupled to disk storage by a plurality of high speed connections, and a host application issues an I / O command which is divided or split into multiple subcommands, based on attributes of data on the target storage, a weighted path algorithm and / or target, connection or other characteristics. Another aspect comprises a method for generating a queuing policy and / or manipulating queuing policy attributes of I / O subcommands based on characteristics of the initial I / O command or target storage. I / O subcommands may be sent on specific connections to optimize available target bandwidth. In other aspects, responses to I / O subcommands are aggregated and passed to the host application as a single I / O command response.

The invention provides a mobile terminal which comprises an application processor, a security module, a near field communication (NFC) chip and an antenna, wherein the application processor is used for downloading application information of various near field payment services from a trusted system manager (TSM) and storing the downloaded application information into the security module, the security module is used for completing a pavement procedure together with a handling device after receiving external trigger and starting a corresponding application, the antenna is used for forwarding signals between the near filed communication chip and the handling device, and the near field communication chip is used for receiving a radio frequency signal from the handling device, demodulating the received radio frequency signal and forwarding the demodulated command to the security module, as well as modulating a command response returned by the security module and forwarding the modulated signal to the handling device.

According to a first broad aspect of the present invention, there is provided a method and system for indicating a status of a subsystem controlled by a switch provided on a steering wheel of a marine vehicle. The method and system comprise: providing a switch for the subsystem on the steering wheel of the marine vehicle; providing a status indicator for the switch; detecting an activation of the switch; transmitting a command to the subsystem in the marine vehicle in response to the activation; detecting an operation status of the subsystem in response to the command; and activating the status indicator to indicate information of the operation status.

An apparatus for handwriting recognition has a display screen providing a handwriting input area capable of detecting input from a user. A processing device is coupled to the display screen and provides a handwriting user interface to the user. The handwriting user interface is operable in at least a first mode and a second mode. A control panel in the handwriting user interface allows selection of said first or second mode. The processing device is adapted to receive an input from the user and to detect, in the input received from the user, a control panel invoking command. In response to detecting the control panel invoking command, the control panel is presented on the display screen. Then, in response to a predetermined event, the control panel is automatically removed from presentation on the display screen, therefore only occupying display space when really needed.

The invention discloses remote automatic control method and system of a water-saving irrigation system. The method comprises the following steps of utilizing a GSM (Global System for Mobile Communication) / GPRS (General Packet Radio Service) / CDMA (Code Division Multiple Access) wireless communication network to transfer a command of a control center to an electromagnetic valve in a remote field, and remotely controlling opening and closing of the electromagnetic valve to enable the irrigation system to automatically carry out irrigation, thereby reaching an unattended state; and feeding back opening and closing signals of the electromagnetic valve in the remote field to the control center through the GSM / GPRS / CDMA wireless communication network so that an operator of the control center can know whether the electromagnetic valve in the remote field receives the command signal. The invention has the advantages of high control accuracy, high control hit rate, rapid sending command response, high automation degree and the like. The operator can preset an irrigation plan of a whole irrigation period, and the system can automatically carry out irrigation according to the irrigation plan and can reach the unattended state.

The present invention includes a Command Queuing Engine (CQE) that is a firmware-assist block which processes some of the firmware tasks related to command and context management preferably for SCSI. When enabled, CQE will decode SCSI commands as they arrive, and determine if DMA contexts can be automatically configured and started to transfer the data for those commands. CQE can also program DMA contexts to automatically return status information either after the disk has completed a transfer (as in non-cached writes) or after the DMA transfer is completed (as in reads or cached writes). CQE also utilizes a buffer-based linked-list to queue the SCSI commands as they arrive for future DMA context configuration. The present invention provides automated recognition and linking of commands belonging to a common thread, i.e., are sequential. The present invention also provides extensive thread boundary information and flexible firmware control for reordering commands. Automatic TE entry generation and storage to buffer memory, and automatic TE retrieval from the buffer memory and execution of entire command threads are further features provided by the present invention. As a result, bus command response latency is decreased by reducing the delay for the command to be started and at the end of the data transfer for status to be send. Disk efficiency is increased by reducing the latency to back-fill or empty a buffer memory segment of data that will be transferred. Furthermore, the present invention is a low-cost trade-off between hardware and firmware functionality.

A method is provided for communication between a host processor and an active stylus via a sensor controller, wherein the sensor controller is coupled to a sensor configured to interact with the active stylus. The method includes generally three steps. First, the host processor transmits a command received from an application operating on the host processor. Second, the sensor controller receives the command from the host processor and forwards the command to the active stylus. Third, the active stylus, in response to the command, operates on the command and transmits a command response to the sensor controller.

A volatile management memory stores management information for managing a use state of a storage medium. A management information storing unit divides the management information into plural division pieces and individually stores them in the storage medium. A main controller receives a command from a host device while the division pieces are being stored, performs data processing for the storage medium in response to the command between each division piece is stored, updates the management information divided into the division pieces according to the data processing content, and creates a log representing an update content of the management information. A log storing unit stores the log in the storage medium. A restoring unit reads the division pieces stored in the storage medium to the management memory as the management information, updates the management information according to the log stored in the storage medium, and restores the updated management information.

A firmware update method used in a network. The network includes a firmware server, an update initiator, and a plurality of electronic devices. The method includes the following steps: transmitting an update initiating command from the update initiator to each of the electronic devices; transmitting a firmware update request from each of the electronic devices to the firmware server in response to the update initiating command; transmitting an update code from the firmware server to each of the electronic devices in response to the firmware update request; and updating firmware of each of the electronic devices with the update code.

The invention discloses a method and a device for generating dynamic passwords, which relate to the field of identity authentication. The method includes the following steps: a card-reading terminal establishes connection with an intelligent card, and the device is electrified; the card-reading terminal sends a first command to the intelligent card, and receives the first command response of the intelligent card; the card-reading terminal sends a second command to the intelligent card, and receives and parses the second command response returned by the intelligent card to obtain an application file list; according to the application file list, a reading record command is generated and sent to the intelligent card; the reading record command response returned by the intelligent card is received and parsed, so that a second data request list is obtained; second data are generated according to the second data request list; a third command is generated and sent to the intelligent card, and the third command response returned by the intelligent card is received; and the third command response is compressed and converted into a dynamic password which is then outputted. The invention provides the security of dynamic passwords.