711 results about "Multi interface" patented technology

A compact personal token apparatus, suitably resembling a conventional USB memory fob in size, shape, and form which can be plugged into a PC and interfaced with the virtual world of the Internet. The apparatus is capable of loading and storing information from the Internet, via the PC to its flash memory or EEPROM and then using the stored information or value via its wireless interface in the real world. The apparatus is capable of implementing an auto-run application, when inserted into a personal computer. The apparatus is capable of exchanging information with other devices having compatible interfaces. The apparatus can also function as a firewall when plugged between an Internet connection and a PC.

A compact personal token apparatus (100,120,140,200,220,300,320,500), resembling a conventional USB memory fob in size, shape, and form which can be plugged into a PC and interfaced with the virtual world of the Internet. The apparatus is capable of loading and storing information from the Internet, via the PC to its flash memory (410) or EEPROM and then using the stored information or value via its contactless interface (108,128,148,508) in the real world. The apparatus is capable of implementing an auto-run application, when inserted into a personal computer. The apparatus is capable of exchanging information with other devices having compatible interfaces. The apparatus can also function as a firewall (400) when plugged between an Internet connection and a PC.

An apparatus and method for light and optical depth mapping, 3D imaging, modeling, networking, and interfacing on an autonomous, intelligent, wearable wireless wrist computing, display and control system for onboard and remote device and graphic user interface control. Embodiments of the invention enable augmentation of people, objects, devices and spaces into a virtual environment and augmentation of virtual objects and interfaces into the physical world through its wireless multimedia streaming and multi-interface display and projection systems.

One embodiment provides a system that forwards a packet with a hierarchically structured variable-length identifier (HSVLI) in a network. An HSVLI indicates a piece of content and indicates a hierarchical structure of contiguous components ordered from a most general level to a most specific level. The length of the HSVLI is not fixed. During operation, the system receives a packet which contains an interest for a piece of content with an HSVLI. Subsequently, the system determines forwarding information for the HSVLI based on one or more of: knowledge of content which matches the HSVLI, a forwarding policy, and contextual information about the network. Next, the system configures a forwarding engine with the forwarding information. The system then forwards the packet based on the forwarding information.

A solid-state storage subsystem, such as a non-volatile memory card or drive, includes multiple interfaces and a memory area storing information used by a data arbiter to prioritize data commands received through the interfaces. As one example, the information may store a priority ranking of multiple host systems that are connected to the solid-state storage subsystem, such that the data arbiter may process concurrently received data transfer commands serially according to their priority ranking. A host software component may be configured to store and modify the priority control information in solid-state storage subsystem's memory area.

A Multi-Interface Mobility Management (MIMM) client is provided on a mobile Multi-Interface Device (MID) to support seamless network connectivity and switching of the MID. The MIMM client communicates with a MIMM Server. The MIMM Server collects information from MIMM Clients and provides information to the MIMM Clients pertaining to the network(s) to which the mobile MID has access, such as information concerning the availability of a network, the quality of network connectivity, etc. The MIMM Client is responsible for determining whether and when a handoff or roaming operation should be initiated by the mobile MID, and which network interface the mobile MID should use after the handoff / roam operation has been completed. The MIMM Client also is responsible for performing mobility-related functions that are required prior and subsequent to the handoff / roam operation. The MIMM Client uses the information received from the MIMM Server in order to make these determinations.

One embodiment provides a system that forwards a packet with a hierarchically structured variable-length identifier (HSVLI) in a network. An HSVLI indicates a piece of content and indicates a hierarchical structure of contiguous components ordered from a most general level to a most specific level. The length of the HSVLI is not fixed. During operation, the system receives a packet which contains an interest for a piece of content with an HSVLI. Subsequently, the system determines forwarding information for the HSVLI based on one or more of: knowledge of content which matches the HSVLI, a forwarding policy, and contextual information about the network. Next, the system configures a forwarding engine with the forwarding information. The system then forwards the packet based on the forwarding information.

A device may include a first network module to capture network data at a first location in a network and a second network module to capture network data at a second location in the network different from the first location in the network. The device may include a control module to receive control commands relating to the first network module and the second network module. The control module may forwarded the control commands to the first network module and the second network module. The control module may receive the captured network data from the first network module and the second network module.

A multi-protocol, multi-interface communications device testing system is disclosed. The system simultaneously control communication channels of a communications platform though multiple Interface Protocols, such as TDM, IP and Telephony Application Program Interfaces. The system also allows the creation of multi Interface Protocol Test Scenarios, and displays the results of executing The test results from all Protocols Interfaces and records and displays results.

A KVM switch system having a touch screen for interacting with multiple computers is disclosed. The KVM switch processes coordinate data from the touch screen and transfers the processed data to the controlled computer either as absolute mouse coordinate data or as relative mouse coordinate data depending on the operating system (Windows, Mac OS, SUN, etc.) and mouse data interface (USB, PS / 2, etc.) used by the computer. Thus, the touch screen can interact with all computers connected to the KVM switch, achieving a multi-platform and multi-interface application without requiring device drivers on the computers. The KVM switch stores necessary parameters for each computer so that when switching from one computer port to another, or when the display resolution of the computer changes, processing of the touch screen data is automatically adjusted accordingly. The touch screen also works within the OSD of the KVM switch.

The invention discloses a touch screen terminal and a multi-interface switching method thereof. The method includes: monitoring a touch even from a user; if the touch event which triggers a command of switching a user interface is received, popping out a thumbnail of the user interface for the user to select the user interface from the thumbnail; dynamically loading image contents included by the user interface, according to the user-selected user interface; rendering the image contents in real time and displaying the contents to the user. The image contents include icons of desktop devices including a clock device and a weather device; rendering treatments include window setting, matrix projection, lighting, rotation and zooming. The touch screen terminal and the multi-interface switching method thereof have the advantages that the user interface can be rendered and displayed in real time and accordingly users can dynamically change the user interface according to needs.

The invention discloses a multi-protocol multi-interface wireless sensor network gateway and relates to the technical field of a wireless sensor network. The gateway mainly consists of an embedded processor, an SDRAM (Synchronous Dynamic Random Access Memory), a Flash memory, a WiFi (Wireless Fidelity) wireless radio frequency transceiver module, a ZigBee wireless radio frequency transceiver module, a GPRS (General Packet Radio Service) module, a Bluetooth module, a GPS (Global Positioning System) data acquisition module and an Ethernet interface control module. A networked operating system Linux is used as an operating system of the multi-protocol multi-interface wireless sensor network gateway and can be compatible with a TCP / IP (Transmission Control Protocol / Internet Protocol) protocol IPv6 (Internet Protocol Version 6). The multi-protocol multi-interface wireless sensor network gateway has the advantages that conversion among various protocols is completed by treatment of a design protocol conversion program; the multi-protocol multi-interface wireless sensor network gateway can be used for setting up networks with various architectures, interconnecting the networks with various architectures and transmitting data; various network access schemes are provided for the wireless sensor network; the multi-protocol multi-interface wireless sensor network gateway has strong anti-interference capability, low power consumption and small volume; and portable equipment is provided for interconnection among the networks with various architectures and building of an integrated network.

A intelligent backhaul system is disclosed to manage and control multiple intelligent backhaul radios within a geographic zone. The intelligent backhaul system includes multiple intelligent backhaul radios (IBRs) that are able to function in both obstructed and unobstructed line of sight propagation conditions, one or more intelligent backhaul controllers (IBCs) connecting the IBRs with other network elements, and an intelligent backhaul management system (IBMS). The IBMS may include a private and / or public server and / or agents in one or more IBRs or IBCs.

The invention discloses a method for monitoring long term evolution (LTE) network voice services. The method comprises a first step of collecting signaling and voice information of voice services of a 2G network, a 3G network and a 4G network of mobile communication; a second step of analyzing collected data, and generating complete voice records of every call of LTE users on the basis of multi-network multi-interface information relevance; and a third step of generating multi-dimension LTE voice service indexes on the basis of call recording information. Service quality of the voice services of LTE networks can be improved through the method.

Provided is a multi-interface self-adaptive wireless heterogeneous network protocol conversion method and a communication device. The communication device comprises a processor connected with a SPI communication module, a RS485 / RS232 serial communication module, a CAN communication module, an Ethernet interface communication module, a SDRAM internal storage unit, a Nand Flash memory, a WIFI wireless radiofrequency transceiver module, and a ZigBee wireless radiofrequency transceiver module via a bus. The processor is used for storing a conversion mapping relation among the interfaces by means of a mode control word, autonomously analyzing and scheduling corresponding resources, achieving conversion between multiple protocols and IEEE802.11 and 802.15.4 standard protocol and wired / wireless data analysis and forwarding. The multi-interface self-adaptive wireless heterogeneous network protocol conversion method achieves data forwarding functions between different wired interfaces and different wireless interfaces so as to achieve multi-protocol multi-interface intercommunicated characteristics.

A terminal device includes interfaces that establish links to networks. The networks can be wired, wireless, and the like. The terminal device includes a connection manager that manages the network connections based on configured parameters. Based on the configuration parameters it may compare network performance of different links in the device and it may switch or connect to a link having the best connectivity. Parameters are set to configure the connection manager and how it operates. The parameters can be set via a graphical user interface by the user or alternatively by the operator administrator.

The invention provides a mobile payment multi-application system, which uses an intelligent terminal as a platform, a safety module as a carrier and an e-commerce platform as a supporter, builds the ubiquitous computing environment for smart cities and realizes the seamless joint with the existing system. The mobile payment multi-application system has the advantages that the NFC (near field communication), UHF(ultra high frequency), Zigbee and WiFi (wireless fidelity) converged access technology, the distributed key technology, the embedded middleware technology and the multi-interface adapting technology are adopted, a mobile communication network, a wireless sensing network and the Internet are organically merged, an multi-application access platform is built, a special safety module and PKI (public key infrastructure) combining mechanism is adopted, and the safety of the system is improved through the multi-factor cross combination checking; multipath automatic selection and mutual backup are provided for ensuring the reliability, the safety and the robustness of the system transmission; and the perfect matching of a mobile terminal is realized through the cross-platform middleware technology, and the seamless integration with the existing system is realized through the technology of digital signature, biometric feature recognition and the like, so the existing system realizes the stable transition.

A mobile device includes: multiple interfaces that are configured to support a various access technology such as 3G or Wi-Fi etc. A public land mobile network (PLMN) selector that generates a list for each of the PLMN networks that provide coverage to the mobile device. A PLMN selection policy parameter that is set to True or False to allow or prohibit the selection of PLMN networks by the mobile device based on the generated list where the generated list includes information as to different access technologies and selection priorities supported on the PLMN access networks providing coverage to the mobile device. In particular, when the PLMN selection policy parameter is set to True, multiple PLMN registrations are allowed; and when the A PLMN selection policy parameter is set to False, multiple PLMN registrations are prohibited.

A mobile node comprises: a plurality of network interfaces, each with a respective device driver; a network layer; a multi-interface driver capable of communication with each network interface by way of the respective device driver for that network interface, the multi-interface driver handling communications from the network layer to any of the network interfaces; the multi-interface driver switching from a first one of the network interfaces to a second one of the network interfaces by changing the one of the plurality of network interfaces with which the multi-interface driver communicates, while hiding the switching from the network layer.

The invention discloses a natural image character recognition method and system based on a deep neural network. The method comprises the steps of image acquisition and fusion, character positioning, character recognition and rationality judgment. The system comprises an image acquisition and fusion unit, a character detection unit, a character recognition unit and a rationality judgment unit. Thecharacter detection unit automatically locates the region of the characters in the image through the character detector obtained by training. The character recognition unit firstly classifies the characters into three categories: Chinese, English and numbers through the constructed multi-interface CNN and then recognizes the characters of the corresponding category. The rationality judgment unit fuses the output result of the recognition unit with the prediction result of the character-based LSTM model so as to improve the rationality of Chinese continuous character recognition. According to the natural image character recognition method and system, the characters in the natural image can be intelligently recognized, and the core processing model is composed of the deep neural network andcan simulate the human brain to the maximum extent, and thus the robustness and the recognition accuracy are high.

A device for secure access to digital media contents, the device comprising an access means for accessing digital media contents from a data source and a reader for authenticating a user, the authentication being performed by checking some authentication data. An internal communication path between the access means and the reader is not directly accessible from outside the device.

The present document provides a neighbor topology discovery method for a multi-interface terminal, to improve the usage rate of multiple interfaces. The method includes the following steps: after joining a network, the multi-interface terminal broadcasts a neighbor discovery request message to respective networks via each interface, and the neighbor discovery request message carries a neighbor hop value; and the multi-interface terminal in the network monitors broadcast messages of other terminals in the network where each interface is located; when detecting the neighbor discovery request message, if the neighbor hop value carried in the detected neighbor discovery request message indicates that the present terminal is the last hop, related information in the neighbor discovery request message is extracted, and neighbor information and network topology information of the present terminal is updated; and if not, the neighbor hop value is modified and then the neighbor discovery request message is forwarded via all interfaces.

A digital image capture and processing system supporting automatic communication interface testing / detection and system configuration parameter programming. The digital image capture and processing system includes a housing having a port for receiving a standard connector associated with a flexible communication interface cable, and a multi-interface I / O subsystem disposed in the housing, and having an I / O port. The multi-interface I / O subsystem supports a software-controlled automatic communication interface test / detection process carried out over the flexible communication interface cable physically connecting the I / O ports of the digital image capture and processing subsystem and the designated host system. The digital image capture and processing system also supports automatic programming of multiple system configuration parameters (SCPs), associated with a particular communication interface (CI) detected by the multi-interface I / O subsystem, without reading programming-type bar codes.

Provided is a node control apparatus communicating an external Internet Protocol (IP) network and managing a plurality of mobile nodes included in a local network. The node control apparatus manages information relating to the plurality of mobile nodes, each equipped with one or more wireless interfaces, configures one or more groups by classifying the plurality of mobile nodes according to the type(s) of the wireless interface(s) of each of the plurality of mobile nodes, selects a representative node for each of the groups, and allows the member nodes of each of the groups to communicate with the external IP network via their representative node. Therefore, it is possible to minimize power consumption by selectively using a wireless interface for use in connecting to the representative node of each of the groups.

The invention discloses a route comparing method for a 802.11 multi-interface wireless mesh network router. If a hop number difference between two routes is greater than 1, the route with the smallernumber of hops is judged to be better; otherwise, route quality index of each route is compared; if the route quality index of one route is lower than a first threshold value and the difference of theroute quality indexes of the two routes is greater than a second threshold value, the route with the greater route quality index is judged to be better; otherwise, the channel difference degree of each route is compared; if the channel difference degrees of the two routes are not the same, the route with the greater channel difference degree is judged to be better; otherwise, residual capacity index of each route is compared; if the residual capacity indexes of the two routes are not equal, the route with the greater residual capacity index is judged to be better; and if the residual capacityindexes of the two routes are equal, one route is randomly judged to be better. The route comparing method is simple and can effectively improve the end-to-end speed of the route.

This invention relates to a method for realizing router interface backup by a virtual router redundant protocol which is first of all to connect multiinterface on the router into a same LAM to join in a same multicast then to arrange same virtual router number and virtual IP address on the said multi interface and let them join in a same virtual router, every interface joined in a same virtual router selects a master interface and a backup interface based on mutual priority, realizing backup between interfaces on VRRP router which does not influence the original backup between routers of VRRP, and realizing backup of default gate whether is one or many routers in network.

A method is provided for selectively routing data packets on a client device having of plurality of network interfaces for communicating over a network. The method comprising the following steps. It is determined if the data packets should be routed to a network server accessible by a corresponding one of the network interfaces to access local resources offered thereon. If the data packets should be routed to the network server, the data packets are routed directly to the network server via the corresponding network interface. Otherwise, the data packets are routed via a default route. A client device configured to implement the method is also provided.

The invention discloses a sampling value multi-interface synchronizing system based on IEEE1588, which is characterized by comprising a universal IEEE1588 clock interface and a universal multi-sampling value synchronizing interface, wherein the universal IEEE1588 clock interface is a communication receiving module provided with a plurality of IEEE1588 slave clock interfaces, and the number of theslave clocks can be automatically expanded according to the number of master clocks; and the universal multi-sampling value synchronizing interface is a communication interface which can form internetworking connection with merging units and comprises an Ethernet data receiving module, a software sampling and interpolating module, a phase-locked loop (PLL) module, a frequency tracking module and a multi-interface sampling value synchronizing module. The system of the invention can be used for electronic equipment requiring sampling synchronization, such as a digital protective relay device, an electric energy meter, an electric energy quality monitoring device and the like, thereby providing a convenient solution for the problem that the sampling value internetworking transmission in the prior art depends on the global sampling synchronous source.