1090 results about "Network identification" patented technology

A system and method are provided for improving an existing application infrastructure of an application service provider. First, a user is prompted to identify at least one aspect of an existing application infrastructure of an application service provider utilizing a network. Next, the identification of the aspect of the existing application infrastructure is received utilizing the network, and the aspect is translated into a common structure such that the structure is stored in a knowledge base. Such common structure is subsequently analyzed using a spreadsheet stored in a database, and the spreadsheet includes predefined rules that are used to identify upgrades to the existing applications infrastructure. Further, upgrades the existing application infrastructure are suggested and displayed based on the analysis utilizing the network.

A plurality of SMP modules and an IOP module communicate storage traffic via respective corresponding I/O controllers coupled to respective physical ports of a switch fabric by addressing cells to physical port addresses corresponding to the physical ports. One of the SMPs executes initiator software to partially manage the storage traffic and the IOP executes target software to partially manage the storage traffic. Storage controllers are coupled to the IOP, enabling communication with storage devices, such as disk drives, tape drives, and/or networks of same. Respective network identification registers are included in each of the I/O controller corresponding to the SMP executing the initiator software and the I/O controller corresponding to the IOP. Transport of the storage traffic in accordance with a particular VLAN is enabled by writing a same particular value into each of the network identification registers.

An apparatus for providing dynamic vocabulary prediction for setting up a speech recognition network of resource constrained portable devices may include a recognition network element. The recognition network element may be configured to determine a confidence measure for each candidate recognized word for a current word to be recognized. The recognition network element may also be configured to select a subset of candidate recognized words as selected candidate words based on the confidence measure of each one of the candidate recognized words, and determine a recognition network for a next word to be recognized, the recognition network including likely follower words for each of the selected candidate words, e.g. using language model and highly frequently used words.

The present invention relates to a system for automatic detection and configuration of network parameters. The system includes a first computer system for communicating to a network and at least a second computer system for providing network information. The first computer system queries the network and receives network information from the at least a second computer system before a network identification has been established for the first computer system. The system further includes a storage for storing at least one configuration associated with a network interface. The first computer system configures the network interface based upon the network information received from the at least a second computer system. Also, the first computer system may configure the network interface by determining a network identification associated with the network information and matching the at least one configuration with the network identification.

A wireless communication device (102), a wireless communication network and methods therefor. The wireless communication device (102) comprises a transceiver (202) configured to receive a neighbor list (216) from a remote source (108, 110, 112). The device (102) receives the neighbor list (216) that includes one or more technology type indicators and determines availability of technology based on the neighbor list. The wireless communication network comprise a server (112) and a base station (108, 110) communicating with the server. The server (112) inserts network identification and technology type to the neighbor list (216), and the base (108, 110) station provides the neighbor list to a remote device (102).

A system and method to map a Quality of Service (QoS) of a traffic flow from a wireless network to a wired network is described herein. The method comprises the steps of receiving a packet of the traffic flow over the wireless network and determining a first Quality of Service associated with the traffic flow over the wireless network based on a first set of parameters associated with the packet. The method further comprises the step of determining a second parameter that identifies a second Quality of Service over the wired network, wherein the second Quality of Service is substantially equivalent to the first Quality of Service. The method also comprises inserting the second parameter in a field of the packet based on the determined second Quality of Service and transmitting the packet over the wired network.

A messaging system (11) for conveying messages between a host server (15) and a client (13a) that is part of a GSM network and a method therefor. The GSM network includes an SMS facility to convey messages between its clients using an SMSC (25), each wireless client having a network identifying number (NIN) associated with it to uniquely identify the client within the GSM network. Each message comprises a message packet (43) including the address (49) of an intended recipient, the address (47) of the sender of the message and the message itself (51). The host server (15) may be selectively connected to a plurality of different client types (13) via the Internet (19) to convey messages therebetween. Each client has a client identifying number (CIN) associated with it to uniquely identify it to the host server (15). The host server (15) and the SMSC (25) are interconnected by the Internet (19) or another computer network to provide for communications therebetween. One of the clients (13) of the host server (15) is a wireless client (13a) and has its CIN corresponding to its NIN. The host server (15) has an access code (AC) to uniquely identify it to the SMSC (25) and a unique identification number (UIN) ascribed to: (i) a prescribed action performed by it, and (ii) an entity that is the subject of the prescribed action. The messages sent in message packet (43) between the host server (15) and the wireless client (13a) in connection with a particular prescribed action and entity include: (i) a combination of the AC and the UIN ascribed to the particular action and entity as the address of the host server (15); and (ii) the NIN as the address of the wireless client. The SMSC (25) also uses the AC in the address of the intended recipient or the sender to recognize messages sent to or received from the host server (15) and routs the messages accordingly.

A system and method for distributing media related to a location. The physical location of a media presentation device is received over a network. The physical location of a plurality of end users are identified, via the network, wherein each of plurality of users is associated with a user device capable of storing media files. At least one of the end users is identified who is located in such proximity to the media presentation device that the user can perceive media that presented on the media presentation device. At least one media file that is currently being presented on the media presentation device is identified and transmitted over the network to each of the identified end users.

The invention discloses a human behavior recognition method based on an attention mechanism and a 3D convolutional neural network. According to the human behavior recognition method, a 3D convolutional neural network is constructed; and the input layer of the 3D convolutional neural network includes two channels: an original grayscale image and an attention matrix. A 3D CNN model for recognizing ahuman behavior in a video is constructed; an attention mechanism is introduced; a distance between two frames is calculated to form an attention matrix; the attention matrix and an original human behavior video sequence form double channels inputted into the constructed 3D CNN and convolution operation is carried out to carry out vital feature extraction on a visual focus area. Meanwhile, the 3DCNN structure is optimized; a Dropout layer is randomly added to the network to freeze some connection weights of the network; the ReLU activation function is employed, so that the network sparsity isimproved; problems that computing load leap and gradient disappearing due to the dimension increasing and the layer number increasing are solved; overfitting under a small data set is prevented; and the network recognition accuracy is improved and the time losses are reduced.

A data transaction processing system in which transaction data is entered by the user in response to prompts in a template which is tailored to each user application. The template and entered data are accumulated into data transactions that are immediately transmitted upon completion to an external database server for processing and storage. The data transaction is received via standard protocols at the database server which, depending upon the application, stores the entire data transaction, explodes the data transaction to produce ancillary records which are then stored, and/or forwards the data transaction or some or all of the ancillary records to other database servers for updating other databases associated with those database servers. In response to requests from the transaction entry device, the database server may return data streams for use in completing the fields in the data transaction or in presenting a menu on the display which was read in from the database server or a remote phone mail system. The transaction entry device is integrated with a telephone and is accessed via a touch screen, an optional keyboard, a magnetic card reader, voice entry, a modem, and the like.

A plurality of such database servers under the control of broad operations system server (BOSS) software and a plurality of form-driven client computing devices are provided to create an open platform system for receiving and transmitting transaction data to or from the client devices, other applications and databases. Advantageously, a locator server computer serves to retrieve IP address numbers, PSTN numbers and other network identification information for use in identifying and locating, e.g., an originating user and a destination client device. A robust security and authentication scheme along with robust storage protects the transmission of sensitive or confidential data.

A method and system is provided by a Central-Entity, for identification and authorization of users over a communication network such as Internet. Central-Entity centralizes users personal and financial information in a secure environment in order to prevent the distribution of user's information in e-commerce. This information is then used to create digital identity for the users. The digital identity of each user is dynamic, non predictable and time dependable, because it is a combination of user name and a dynamic, non predictable and time dependable secure code that will be provided to the user for his identification.

The user will provide his digital identity to an External-Entity such as merchant or service provider. The External-Entity is dependent on Central-Entity to identify the user based on the digital identity given by the user. The External-Entity forwards user's digital identity to the Central-Entity for identification and authentication of the user and the transaction.

The identification and authentication system provided by the Central-Entity, determines whether the user is an authorized user by checking whether the digital identity provided by the user to the External-Entity, corresponds to the digital identity being held for the user by the authentication system. If they correspond, then the authentication system identifies the user as an authorized user, and sends an approval identification and authorization message to the External-Entity, otherwise the authentication system will not identify the user as an authorized user and sends a denial identification and authorization message to the External-Entity.

A method and apparatus for configuring a network topology with alternative communication paths. An apparatus that incorporates teachings of the present disclosure may include, for example, a network management system (NMS) having a network identification element that identifies a tree topology of network elements in a communication system comprising a root node and a plurality of leaf nodes, a network configuration element that specifies a desired number of alternative communication paths between each of the plurality of leaf nodes and the root node, and a network restructuring element that determines a configuration of additional lateral and vertical communication paths superimposed on a portion of the plurality of leaf nodes that achieves a desired cost objective according to the desired number of alternative paths and associated cost attributes. Additional embodiments are disclosed.

An architecture, system, and method are provided for transparently mapping a network identification number of a host to an access point of an internet. The host can be moved from a first point to a second point on the internet without having to reconfigure routing tables or to update routing protocols. The network identification number of the host does not change as it is moved from the first point to the second point. Thus, the network identification number of the host does not perform routing. Instead, routing occurs by targeting the exit end module onto which the host is connected, i.e., at the second point. The exit end module thereby contains configuration registers which store mapping tables that note the new destination address of any data being sent to the new host location, and properties such as security and priority codes.

This invention relates to one legal seam signature method with electron stamp digital certificate in network identification technique field, which comprises the following steps: through opening, requiring, determining, transferring, sending and stamping steps to realize legal stamp, stamp customer end and servo, CA center certificate servo electron stamp signature operation; through receiving, separating, comparing to realize customer end and stamp servo validating steps to ensure the electron stamp and physical body integral part with combination by traditional physical stamp and modern digital certificate.

A system, method and article of manufacture are provided for affording a cryptographic service utilizing a server on a network. Initially, a client is identified utilizing the network. A first key is established, and a tunnel is generated on the network. Thereafter, information is received at the server from the client utilizing the tunnel. Such information is encrypted by the client using the first key. At the server, cryptographic work is performed using the first key.

A hotspot access point enables a mobile wireless device to resume a service with a network server when service is interrupted by the mobile device moving out of the coverage area of the access point. A short-range communication link is established by the access point with the mobile device based on a local identification of the device. The access point requests additional information from the wireless device. The additional information relates to a wide area network identification of the device. The mobile device transmits additional information to the access point which stores the local area identification and additional identification. The access point transmits to the mobile device a coded identificator of the wireless device based upon the local area identification and a network identification of the device. The access point determines whether service with the mobile device is open and establishes a wide area connection with the mobile device.

The invention discloses a method for identifying virtual malicious nodes and a virtual malicious node network in social networks. The method includes the following steps: (1) obtaining the attribute data, behavioral data and communication data of unidentified accounts from target social networks; (2) calculating the creditworthiness of each unidentified account according to the credibility model feature vector calculated using the extracted data; (3) making a comparison between the user behavioral habit statistic data of each unidentified account with the credibility being lower than a set threshold value and that of a normal user, and judging whether the unidentified account is a virtual malicious node or not; (4) sorting the virtual malicious node set and establishing association for the virtual malicious node in each sort result, so as to form a virtual malicious node network; then evaluating by using the Bayesian network algorithm to determine the final virtual malicious node network. The method provided by the invention can be used to effectively identify highly-disguised malicious nodes and a collaborative virtual malicious node network.

A method for risk analysis using information asset modeling. The method has the steps of: (a) identifying an information asset which uses or provides a network service; (b) identifying a threat on the information asset through a computer network; (c) identifying a vulnerability of the information asset; (d) calculating an AL (attack likelihood) by using a CVSS (Common Vulnerability Scoring System) score obtained by converting a severity caused by a success of an attack on the vulnerability into a standardized value; (e) computing the value of the information asset so as to calculate an IM (impact analysis); and (f) multiplying the calculated AL and IM so as to determine an RL (risk level) for the information asset.