712 results about "Device name" patented technology

In embodiments of the present invention improved capabilities are described for sending a communications header with the voice recording to send metadata for use in speech recognition, formatting, and search in searching for web content on a mobile communication facility comprising capturing speech presented by a user using a resident capture facility on the mobile communication facility; transmitting a communications header to a speech recognition facility from the mobile communication facility through a wireless communications facility, wherein the communications header includes at least one of device name, network type, audio source, display parameters for the wireless communications facility, geographic location, and phone number information; transmitting at least a portion of the captured speech as data through the wireless communication facility to a speech recognition facility; generating speech-to-text results utilizing the speech recognition facility based at least in part on the information relating to the captured speech and the communications header; and transmitting text from the speech-to-text results along with URL usage information configured to enable a user to conduct a search on the mobile communication facility.

A distributed share folder & file discovery system allows different local computers to discover hosts and share folders without having to go through a central master browser. The local computer sends a device name query directly to any remote devices connected to a same network. The local computer then sends out a share query to the remote devices identified during the device name query to identify any folders or files that are available for sharing (shares). The local computer assembles a list of shares available on the remote devices and mounts any of the shares that are selected from the list.

One embodiment of the present invention provides a system that uses a directory service to facilitate centralized device naming. The system operates by receiving a registration of a device at a computer system. Next, the system determines if the device has been registered with the directory service. If so, the system retrieves a name of the device from the directory service. If not, the system generates a device name for the device, and registers the device name with the directory service.

A data processing method and system for generating and verifying a key protection certificate. The data processing system comprises a PSD including a unique device name, cryptography means, data processing means, data storage means and communications means. The cryptography means includes an asymmetric key pair generating algorithm, a first securely shared secret key, a second securely shared secret key, symmetric cryptography means, a concatenation algorithm, a message authentication code algorithm, cryptographic seed information, a key protection certificate algorithm and a signing algorithm.

One embodiment of the present invention provides a system that uses a directory service to facilitate centralized device naming. The system operates by receiving a registration of a device at a computer system. Next, the system determines if the device has been registered with the directory service. If so, the system retrieves a name of the device from the directory service. If not, the system generates a device name for the device, and registers the device name with the directory service.

The invention discloses a system and a method for achieving intelligent home device control on a smart watch. The system comprises an smart watch terminal module, an intelligent home terminal control module, a cloud voice dialogue module and a home device name customizing module, wherein the smart watch terminal module is used for collecting data from a microphone, transmitting user voice data and receiving system synthetic voice data in real time; the intelligent home terminal control module is used for sending control instructions to home devices and receiving the voice data from the smart watch by calling an SDK (software development kit) interface; the cloud voice dialogue module receives the voice data from the SDK interface, completes the man-machine dialogue process and feeds dialogue results back to the intelligent home control module; the home device name customizing module is used for customizing personalized nicknames for the home devices. By collecting the user voice data from the smart watch, uploading the data to the cloud for performing intelligent voice dialogue and feeding the dialogue results to an intelligent home control center, the system for achieving intelligent home control on the smart phone can achieve convenient and rapid home device control.

The present invention relates to a communication system and a communication method for simply and quickly starting communication. A cellular phone 52 is loaded with a non-contact IC card that communicates with a reader / writer of a personal computer 51 using an electromagnetic wave. When the non-contact IC card receives the electromagnetic wave emitted from the reader / writer with the cellular phone 52 placed close to the personal computer 51, the cellular phone 52 notifies the personal computer 51 of a card ID set in the non-contact IC card. When the personal computer 51 acquires Bluetooth device names of the cellular phone 52 and PDA 53 with intra-piconet synchronization established between the cellular phone 52 and the PDA 53, the personal computer 51 identifies the cellular phone 52 as a communication partner based on the Bluetooth device names already notified of as the card ID. The present invention is applicable to an information processing apparatus such as a personal computer and a cellular phone.

A method for providing an expanded name service for an industrial automation system, wherein name-address assignments between device names and communication network addresses are registered in a name service system to provide an expanded name service for an industrial automation system, where device names registered in the name service system have a hierarchical structure represented by a tree structure, where assignments between device names and plant identification codes are additionally registered in the name service system, where the plant identification codes are registered within the same tree structure as the device names, and where end nodes that are respectively assigned to the plant identification codes in the tree structure comprise either a reference to end nodes which are respectively assigned to the device names or intermediate nodes for plant identification codes comprise a reference to intermediate nodes that are respectively assigned to plant units.

In embodiments of the present invention improved capabilities are described for sending a communications header with voice recording to send metadata for use in speech recognition and formatting when converting voice to text on a mobile communication facility comprising capturing speech presented by a user using a resident capture facility on the mobile communication facility; transmitting a communications header to a speech recognition facility from the mobile communication facility via a wireless communications facility, wherein the communications header includes at least one of device name, network provider, network type, audio source, a display parameter for the wireless communications facility, geographic location, and phone number information; transmitting at least a portion of the captured speech as data through a wireless communication facility to a speech recognition facility; generating speech-to-text results for the captured speech utilizing the speech recognition facility based at least in part on the communications header; transmitting the text results from the speech recognition facility to the mobile communications facility; and entering the text results into a text field on the mobile communication facility.

A user control point tool allows generic discovery, control, and display of Universal Plug and Play devices from a common user interface. This generic UCP tool provides a common user experience for all UPnP devices, regardless of their individual manufacturers. The generic UCP tool allows discovery of UPnP devices by type, by unique device name, or asynchronously. The user may select one of the discovered devices, view its properties, and select one of the services provided for that device to control. Additional information from a service description document may be viewed, and a user may query the value of the state variables and invoke an action for a service for the selected UPnP device. The results of the action are displayed on the tool's UI, as is the eventing information for the UPnP device. Status information for operation of the generic UCP tool itself is also provided.

Methods are provided for identifying devices that are sources of wireless signals from received radio frequency (RF) energy. RF energy is received at a device called a sensor device herein. Pulse metric data is generated from the received RF energy. The pulse metric data represents characteristics associated with pulses of received RF energy. The pulses are partitioned into groups based on their pulse metric data such that a group comprises pulses having similarities for at least one item of pulse metric data. Sources of the wireless signals are identified based on the partitioning process. The partitioning process involves iteratively subdividing each group into subgroups until all resulting subgroups contain pulses determined to be from a single source. At each iteration, subdividing is performed based on different pulse metric data than at a prior iteration. Ultimately, output data is generated (e.g., a device name for display) that identifies a source of wireless signals for any subgroup that is determined to contain pulses from a single source.

The invention belongs to the field of communication, and provides an internet of things wireless terminal, a configuration method of the internet of things wireless terminal and a wireless network access point. The method includes the steps that an AP of an authenticated network receives network access request information sent by the internet of things wireless terminal; equipment names and equipment types in the network access request information are generated into information of internet of things wireless terminal equipment requiring to have access to the network through the AP, the AP sends the information of the internet of things wireless terminal equipment to a mobile terminal in a service network, and the mobile terminal is waited for sending authentication codes of internet of things wireless terminal equipment requiring to have access to the network to the AP; the AP judges whether the authentication codes, sent by the internet of things wireless terminal, of the equipment are consistent with the authentication codes, sent by the mobile terminals, of the equipment, and then authentication is achieved; if authentication is achieved, the AP sends configuration information of the service network to the internet of things wireless terminal, and then the internet of things wireless terminal is connected to the service network through the configuration information of the service network. By the adoption of the internet of things wireless terminal, the configuration method of the internet of things wireless terminal and the wireless network access point, the complexity level of the configuration process can be greatly reduced, and safety of the configuration process can be improved.

An SAS domain map is automatically generated at an SAS concentrator switch by a virtual mapping device that presents itself as a target for discovery by SAS devices interfaced with the concentrator, such as information handling systems and storage devices. During the SAS protocol discovery process, the virtual mapping device generates the SAS domain map by acquiring the device name and the device port for each concentrator port that interfaces with a device. A management application running on the concentrator applies the SAS domain map to provide network functions, such as zoning or diagnostics.

A method and system for fault management in virtual computing environments are provided. The system includes: a monitor of fault events from virtual machines and host devices in a virtual computing environment and a monitor of situation events in the virtual computing environment wherein the situation events refer to a virtual machine name and a host device name. A universal faults component determines if a fault event affects both virtual machines and host devices and a correlating component correlates fault events relating to virtual machines and host devices as relating to the same problem. Host machine fault events correlated to a problem are marked as a root event and virtual machine fault events correlated to a problem are marked as symptoms with a link to the root event.

An MPF (Multi Function Peripheral) obtains a BD address and a device name from a communication partner search response when it receives the communication partner search response from a cellular phone. When the MFP successfully obtains the BD address and the BD address is stored in a device management database in a RAM of the MFP, the MFP obtains a user name corresponding to the BD address from the device management database. The MFP obtains settings associated with the user name from an environment database in the RAM of the MFP and stores the same in an environment storage area in the RAM. A display process, etc. in the MFP are performed according to the settings stored in the environment storage area.

There are disclosed a digital device in compliance with UPnP and its telecommunication method for restructuring a device description in accordance with a change of arrangements of own digital devices, such as a change of connection of extended peripheral devices, for example, and transmitting and reflecting a restructured device description to other digital devices. It is determined whether or not a change for the peripheral device of the own digital device is made by referring to a device information table stored in a memory for storing information for the peripheral device included in the own digital device. If it is determined that there is a change for the peripheral devices as a result, the device description is obtained and further a device name of the peripheral device associated with the change is obtained from the device information table. Then, the device description is updated by executing a procedure for information for the device description based on the obtained device name. Information for indicating a location for storing the updated device description, such as a new advertise message describing URL, for example, is transmitted from the own digital device to a network.

The invention discloses a connection method of a Bluetooth device, which comprises the following steps of: starting automatic Bluetooth connection software of a Bluetooth host; calling a search interface of the Bluetooth device; starting to search an outside findable Bluetooth man-machine interface device by a Bluetooth adaption module, and feeding information back to the automatic Bluetooth connection software; judging whether the fed-back information meets a predetermined requirement by the automatic Bluetooth connection software; if so, sending a device name request to obtain the name of the Bluetooth man-machine interface device; if the name of the Bluetooth man-machine interface device meets the requirement, sending a connection request; calling a Bluetooth connection interface by the automatic Bluetooth connection software according to a Bluetooth address, a device type, a device name and the like of the device required for connecting currently to establish connection. By adopting the connection method of the Bluetooth device, the connection between the Bluetooth device and the Bluetooth host can be established simply and conveniently, and the connection speed can be increased.

The present invention provides a system and a method for filtering a plurality of frames sent between devices coupled to a fabric by Fibre Channel connections. Frames are reviewed against a set of individual frame filters. Each frame filter is associated with an action, and actions selected by filter matches are prioritized. Groups of devices are "zoned" together and frame filtering ensures that restrictions placed upon communications between devices within the same zone are enforced. Zone group filtering is also used to prevent devices not within the same zone from communicating. Zoning may also be used to create LUN-level zones, protocol zones, and access control zones. In addition, individual frame filters may be created that reference selected portions of frame header or frame payload fields.

An apparatus and method for easily setting a macro of a programmable remote control using a PC. The apparatus setting a macro of a remote control including: an input unit, inputting data or commands; a display unit displaying the data input by the user and / or data that is able to be selected by the user; a data transceiver receiving data from the remote control and transmitting data to the remote control; a memory storing device names assigned by the user and a data file of device function control commands received from the remote control via the data transceiver; and a controller displaying on the display unit a list of the device names and the commands included in the data file stored in the memory and setting a command selected from the command list as a macro command corresponding to a macro name.

An address number of “1” in a logic address is firstly set, and polling is performed. When there is a response to the polling, a physical address and a device name as response contents are written to and registered in an address list so as to correspond to the address number of “1” in the logic address. When some address numbers in the logic address for each of which no connection confirmation is performed exist in a next device type, the smallest address number in the logic address is selected, and an operation returns back to Step S11. Next, when the connection confirmation for each of all the device types is completed, the polling is performed for each of the remaining address numbers in the logic address. When there are responses to the polling, the physical addresses and the device names about the connections each making the response to the polling are written to and registered in the address list.

Disclosed are systems, methods and computer program products for preemptive DNS resolution. A DNS proxy is provided for inspecting data packets transmitted to a client device on a first communication link. The proxy identifies one or more host device names embedded in the inspected data packets and resolves IP addresses associated with the embedded host device names. The proxy device transmits the inspected data packets to the client device without alterations on a second communication link. The second communication link has significantly higher propagation latency than the first communication link. The proxy then transmits to the client device, independent of the inspected data packets, the one or more host device names and the associated resolved IP addresses for use by the client device to establish connections to the host devices identified in the inspected data packet.

The invention, which relates to the field of the bluetooth technology, discloses a low-power-consumption-bluetooth-based data transmission method and system, and master and slave devices. The low-power-consumption-bluetooth-based data transmission method comprises: a slave device sends a first type of broadcast, wherein the first type of broadcast includes the name of the slave device; paired connection with a master device is realized by using a received connection request from the master device, wherein the connection request includes an address of the master device; the address is recorded; connection with the master device is cut off; and a second type of broadcast is to the address, wherein the second type of broadcast includes a to-be-transmitted effective load. Therefore, when one master device carries out communication with a plurality of slave devices, the number of the slave devices is extended, the communication time delay is low, stability is high, and the cost is low. The method is suitable for existing low-power-consumption bluetooth device with high popularity.

The invention provides a network steal prevention method of a wireless router and the wireless router, wherein the method can carry out the recognition management of access terminal equipment and network steal prevention. The method combines an equipment name / MAC address and a user identity verification field for representing identity information of a terminal user, thereby enabling a common user to manage the terminals, connected to the wireless router, more intelligently, quickly and safely. Meanwhile, the method has a function of automatically generating a black / white list after the number of authorization or rejection times of a networking request from one piece of terminal equipment reaches a preset threshold value, and the user does not need to carry out the manual adding and setting. The black / white list is combined with the one-key authorization / rejection of a manager terminal, and equipment where the black / white list is added can directly determine the networking rejection or authorization, thereby preventing the manager terminal from repeatedly affected by the disturbance of authentication application.

The invention discloses an intelligent household equipment control method, a system, a storage medium and computer equipment, which is applied to a server. The method comprises the following steps ofacquiring a control instruction sent by a control terminal, wherein the control instruction comprises the equipment name and the control information of target intelligent household equipment; according to the equipment name of the intelligent household equipment, searching an equipment type corresponding to the target intelligent household equipment in a pre-stored data table; according to the equipment type of the target intelligent household equipment, acquiring a corresponding protocol type; according to the protocol type, transcoding the control information to obtain a target control instruction; and according to the target control instruction, controlling the target intelligent household equipment. According to the invention, the equipment of different manufacturers can be controlledby only adopting one control instruction.

The invention relates to a network topology structure showing method based on a plane mode, which comprises the following steps: reading interconnected device information in the network from a database, building an independent network element object for each device information item, saving device names, device IPs and device types, and loading a resource level in the entire network topology system, wherein a device network element with low resource level is directly shown by acquiring the second line topology; loading link resource from the database, saving uplink and downlink devices in a device object according to the link direction, and preparing for acquiring the data of the downlink device and alarming the uplink device; initiating an ajax request by a foreground Webtopo to draw a plus sign for the network element object; clicking a right button on the device with a plus tag for acquiring the downlink device; carrying out entire network link discovery by a corresponding background link discovery procedure in a toolbar menu; carrying out analysis link alarming according to alarming level and style to change the mode of the link after acquiring data with json format.

A data processing device includes a registering unit, a display unit, a status acquiring unit, and a virtual device renaming unit. The registering unit registers a plurality of communicable printers as a plurality of virtual devices. The display unit displays a plurality of virtual device names for the plurality of virtual devices. The status acquiring unit that acquires a status of each of the plurality of virtual devices. The virtual device renaming unit that changes at least one of the virtual device names for the plurality of virtual devices to a device name representing the status of a corresponding virtual device acquired by the status acquiring unit.

An apparatus and method for easily setting a macro of a programmable remote control using a PC. The apparatus setting a macro of a remote control including: an input unit, inputting data or commands; a display unit displaying the data input by the user and / or data that is able to be selected by the user; a data transceiver receiving data from the remote control and transmitting data to the remote control; a memory storing device names assigned by the user and a data file of device function control commands received from the remote control via the data transceiver; and a controller displaying on the display unit a list of the device names and the commands included in the data file stored in the memory and setting a command selected from the command list as a macro command corresponding to a macro name.

Client / server negotiation of virtual display and / or printer device selection to control session attributes, job routing to customized subsystems, user access control, and so forth. Within the Telnet Protocol, sanctioned and used with the "DO, DONT, WILL, WONT" structure, during subnegotiation a client requests and a server agrees to a specific virtual device name for the session display and / or printer.

Device names and device control parameters are registered in a content table of a terminal. These device names and control parameters are each associated in the content table with partial images forming a total image. A user causes an arbitrary partial image to be displayed on a display screen of the terminal by moving the position of the total image relative to the display screen. After reading the device name and the control parameters corresponding to the arbitrary partial image from the content table, the terminal remotely controls the targeted terminal based on the information read. Therefore, the targeted device and the control description thereof can be selected using a simple operation, such as moving the position of the image to be displayed on the display screen. The addition or replacement of targeted devices can be easily accommodated by updating the content table.