336results about How to "Simple access" patented technology

A mobile payment platform and service provides a fast, easy way to make payments by users of mobile devices. The platform also interfaces with nonmobile channels and devices such as e-mail, instant messenger, and Web. In an implementation, funds are accessed from an account holder's mobile device such as a mobile phone or a personal digital assistant to make or receive payments. Financial transactions may be conducted on a person-to-person (P2P) or person-to-merchant (P2M) basis where each party is identified by a unique indicator such as a telephone number or bar code. Transactions may be requested through any number of means including SMS messaging, Web, e-mail, instant messenger, a mobile client application, an instant messaging plug-in application or “widget.” The mobile client application, resident on the mobile device, simplifies access and performing financial transactions in a fast, secure manner.

The invention relates to a role-based access control system, including a role definition system for defining roles to be sets of permissions on individual resources thus forming role instances, respectively; and a super role definition system for defining at least one super role by grouping a set of role instances into one super role, wherein the one super role contains all permissions contained in the grouped resource instances. Furthermore, the present invention deals with an appropriate method, a computer program and a computer program product.

A network collaboration system facilitates collaborations between network clients having access to a digital network. The system uses audio mixes to provide different levels of voice conferences between the meeting participants. In a main collaboration, those participating in the main collaboration receive an audio output that includes audio inputs from the other participants. A subset group of clients may also have a voice chat, in which their audio inputs are removed from the outputs delivered to the clients not participating in the voice chat. Meanwhile, the participants in the voice chat hear each other at full volume, but hear the collaborators who are not part of the voice chat at a reduced volume.

A user interface for a computer-implemented Multi-Planar Reformatting (MPR) system comprises three display areas in which are displayed three orthogonal MPR images of the volume data set; a curve drawing tool to allow a user to define a curve through the volume data set; six selectable icons each representing one of six possible combinations of a plane parallel to one of the orthogonal MPR images and a direction substantially normal to a plane parallel to one of the other two MPR images, using which the user selects an approximate direction for the curve; and a fourth display area displaying a curve-related MPR image related to one or more points along the curve. The icons may be individually selectable to allow user input of adequate orientational information for a curved MPR image, or selectable in pairs for input of directional information for a cross-curve MPR image. Alternatively, three icons may be provided for a cross-curve MPR system. A tool to allow rotation of a curved MPR image about the curve can be provided, as can visual indicators of the depth of the curve within the volume, and of the orientation of the cross-curve image.

An embodiment of the invention discloses a screen sharing method, associated equipment and a communication system. The screen sharing method includes that a screen sharing service is started on a first mobile terminal; the first mobile terminal receives a screen sharing service access request coming from N second mobile terminals and corresponding to the screen sharing service through a wireless local area network, wherein the first mobile terminal and the N second mobile terminals are arranged in the wireless local area network, and N is a positive integer; if the N second mobile terminals are allowed to access to the screen sharing service, the first mobile terminal encodes contents displayed in a first region of a first mobile terminal screen into first video streaming and transmits the same to the N second mobile terminals through the wireless local area network. By the screen sharing method, support by a screen sharing technology to scenarios with highly demanded fluency and real-time performance is beneficially improved, and mobile terminal participation and screen sharing flexibility can be enhanced so as to increase the number of screen sharing participants.

Described is a system and methods for registering and acquiring e-credentials using personal devices and an identity registry system that combines the method for handling digital seals with a proof-of-existence method. The identity registry system is used to register and verify e-credentials. Device owners register their e-credentials when created and updated, and verify acquired e-credentials to safeguard against tampering and errors. When registering an e-credential, the e-credential is hashed and digitally sealed creating an identifying thumbprint that is stored in the identity registry system. When verifying an acquired e-credential, the e-credential is hashed, the identity registry system is searched to locate the identifying thumbprint, and the digital seal of the thumbprint is verified. A requesting owner can request an issuing owner to proof, attest, and digitally seal an e-credential of the requester. Both the issuer and requester use the identity registry system to verify e-credentials acquired from the other party.

Methods and systems are provided for providing access to a cloud-based logging service to a user without requiring user registration. Methods and systems are also provided for providing cloud-based logging service to users by integrating the cloud-based logging service within a network security gateway appliance, thereby enabling the users to use the cloud-based logging service by accessing the gateway appliance. The cloud-based logging service can be accessed via an Application Programming Interface (API) without requiring user registration and allows easy and efficient access to log files, viewing of log files, and data security to stored log files and generated reports. Methods and systems of the present invention can also be used for multiple other purposes apart from using the cloud-based logging service without registration including, but not limited to, reducing the complexity of a network architecture, providing better and more effective GUI representation and minimizing distribution of data over a controlled network, among other such purposes.

The invention provides a method and a routing device for realizing network authentication through Bluetooth matching. A Bluetooth function is added to a router, a Bluetooth signal is set in a specified range, the concrete distance can be adjusted according to the magnitude of Bluetooth power, and the distance is used for replacing password authentication. When a mobile phone enters a signal range of the Bluetooth of the router, the MAC (media access control) address of a wireless network card of the mobile phone is transmitted to the router through the Bluetooth by the Bluetooth function of the mobile phone, and after the routing device receives the MAC address, the MAC address of the mobile terminal is used as a client side capable of being accessed to network authority, and is stored on storing equipment. Through the method and the routing device, a user in a limited region can conveniently access a WiFi (wireless fidelity) network, and the working efficiency is improved.

The invention discloses a kind of recognition system of vehicle ID of ETC electron without stopping to charging, which includes IC card of vehicle-carrying radio frequency containing the basic information of vehicle and several information channels connect with several sensors, and the information channels is combined by anabranch model of play chess information and the ratiocination algorithm of Bayes's network to complete the precious identification for vehicle ID. The invention anabranches the information of vehicle ID in non-contact intelligent IC card based on the anabranch theory of playing chess information, and the several source information can reach the optimized reliable judgment by the competition and the corporation in the anabranch model, and identify the real ID of vehicle, and ensures the reliability of identification, and the precision can reach above 99.99%, and the invest is little, and the reliability is well. The recognition system of vehicle ID does not occupy the source of host computer and improve the work efficiency of host computer. The identifying device is small and easy to install.

Disclosed is a context modeller (103) used in decoding data (202) encoded using Context Adaptive Binary Arithmetic Coding, said context modeler (103) comprising a Read Only Memory (1001) for storing uninitialized context model values, said uninitialized context model values being stored in the Read Only Memory (1001) in a manner that enables a plurality of uninitialized context model values to be read from the Read Only Memory (1001) in a single clock cycle, an Arithmetic Logic Module (1003) comprising a plurality of parallel processing paths (2202-2207), each said processing path comprising a plurality of pipeline stages, a Random Access Memory (1005) and a memory controller (1008) for determining, using the Arithmetic Logic Module (1005) operating on said plurality of uninitialized context model values read from the Read Only Memory (1001) in each clock cycle, initialized context model values for storage in the Random Access Memory (1001) based upon header information in said incoming encoded data (202).

The invention discloses a method of district communication, comprising: combining at least two physical districts under different base stations or the same base station into a logic district; communicating through the logic district between terminals and a radio network controller RNC. The invention also discloses a district communication system and a radio network controller. According to the invention, district coverage range of the wireless communication system is added through the logic district constituting a plurality of physical districts, avoiding restrict of a transmitting device and special terminals to increasing transmitting power and receiving sensitivity, requirement of distributivity antennas or repeater stations on transmission bandwidth is adopted, wherein realization is convenient. Due to the increased coverage range of the district after combining the logic district, the terminal are easy to access into the district, increasing switching success ratio, avoiding drop call.

The invention discloses an alternating-direct current series-parallel port distribution network and a comprehensive dispatching control method thereof, and belongs to the field of port distribution power and distribution network automation. The distribution network comprises a general step-down station, a branch substation or a switch-on/switch-off station and various distribution subsystems; a multi-channel feeder of the general step-down station provides alternating current power for the various distribution subsystems through the branch substation or the switch-on/switch-off station; each distribution subsystem comprises a shore electronic system, a shore bridge subsystem, a field bridge subsystem, a power charging and converting station subsystem for electric port trailers, a new energy subsystem and a production life subsystem; each distribution subsystem utilizes an alternating current distribution transformer and an AC/DC converter to construct a direct current bus of the distribution subsystem, and the direct current buses of the distribution subsystems are in direct current interconnection through direct current interconnection protection switches; each distribution subsystem is internally provided with multiple sections of direct current buses, and the multiple sections of direct current buses are in direct current interconnection through direct current interconnection protection switches. According to the alternating-direct current series-parallel port distribution network and the comprehensive dispatching control method thereof, the optimal power supply and comprehensive dispatching control of the port distribution network can be achieved.

The embodiments of the invention provide a method and device for accessing mobile network and a user device. The device comprises a receiving module for receiving EAP successful responding messages from an authentication server, and a sending module for seding EAP successful responding messages and Internet protocol IP address to a user device to an access server. The embodiments of the invention can send EAP successful responding messages returned by the authentication server and Internet protocol IP address to a user device to the access server by utilizing the device for accessing a mobile network. Since basic functions supported by the access server during said process, the modification of an access service can be minimized and accessing to a mobile network can be easily realized.

A method, base station, and wireless communications system for interlacing Access and Backhaul frames in a Time Division Duplex wireless communication system. The method includes monitoring Access traffic and Backhaul traffic (604). Access traffic characteristics, Backhaul traffic characteristics, and corresponding frame control overhead information are determined in response to the monitoring (606). The method also includes determining an amount of time required to deliver a substantially equal amount of bearer Access traffic and Backhaul traffic (608). A frame interlacing ration is determined (608) in response to determining the amount of time required to deliver a substantially equal amount of bearer Access traffic and Backhaul traffic. A set of Access frames (302) and a set of Backhaul frames (304) are interlaced on a frequency band using the determined frame interlacing ratio.

The invention provides a random access method. The method comprises steps: orthogonal segmentation is carried out on bandwidth resources of a channel, a basic transmission unit for random access is obtained according to all users in a base station coverage range, and the information of the basic transmission unit is broadcasted to all users; a random access lookup table is initialized, and the information of the random access lookup table is broadcasted to all users; at a transmitting end of the channel, active users obtain channel transmitting signals according to the random access lookup table, the information of the basic transmission unit, the self channel state information and transmission requirements; and at the receiving end of the channel, the base station carries out detection and demodulation on the obtained basic transmission unit receiving signals and pilot signals corresponding to the basic transmission unit, and the number of the active users, the channel state information of the active users and the transmitting information of the active users can be obtained. The base station control and the user access for random access are simple and effective, and the multiple access technology approaching the channel capacity can be made full use of.

An embodiment of the invention provides a data permission control method and device for application system clusters. The method includes: receiving an access request which a user submits in an application system cluster; when the fact that the user has data permissions is determined according to the access request, acquiring a data permission set corresponding to the user, to be specific, searching for one or multiple characters corresponding to the user, searching for one or multiple standard functions corresponding to the one or multiple characters and searching for one or multiple dimensions corresponding to the one or multiple standard functions; acquiring a current data permission set of the user according to the one or multiple dimensions. The data permission set includes standard data permission sets. The data permission control method and device for application system clusters according to the embodiment has the advantages that parameter-based fine-grained permission control is achieved, few modifications are made to the application system clusters, few invasions are caused to the application system clusters, and accessing is simple.

An identifier is determined for a control program, and the identifier is encrypted based on a private digital key associated with a control and monitoring unit of the automation system to grant authorization to access a computer-based object in an automation system. A first service of the automation system is provided based on the computer-based object, and a second service of the automation system is provided based on the control program. The encrypted identifier is decrypted when being transmitted to an authentication service and is verified by the authentication service. If the verification process has been successful, the authentication service transmits a temporarily valid token to the second service. When the control program requests access to the computer-based object, the token is transmitted to the first service for checking purposes. The control program is granted access to the computer-based object if the result of the checking process is positive.

In light emitting diode (LED) control, a plurality of duty cycle signals corresponding to a plurality of LEDs are stored in a dual-port memory by memory mapping. By sampling, the stored duty cycle signals are outputted to generate a plurality of parallel single-bit data each having one single bit. After the single-bit data are converted by a data transmission module, each bit of the single-bit data is serially outputted to a drive module to drive the LEDs. Thus, the ON duty cycles of the LEDs are modulated by pulse width modulation (PWM), light emitted from the LEDs are mixed in time-domain, and the brightness of the LEDs can be controlled.

The embodiment of the invention discloses a cloud protection method and device based on a tunnel mode. The method comprises the steps of analyzing a first access request sent by a client, thereby acquiring a first source address and a first destination address; modifying the source address of the first access request into an IP address of a cloud protection node and modifying the destination address of the first access request to the IP address of a tunnel receiver, thereby acquiring a second access request; adding an expansion field to the second access request and adding the first source address and the first destination address to the expansion field, thereby acquiring a third access request; and sending the third access request to the tunnel receiver, thereby enabling the tunnel receives to forward the third access request to a true server. The expansion field is added to the access request and the first source address and the first destination address, namely the address of the client and the address of the true server, are stored to the expansion field, so the true address of the client can be acquired, an access mode is simple, the configuration of a great deal of port mapping is avoided, and the operation and maintenance cost is greatly reduced.

This invention disclose a intelligent bus system and its realize method, the monitor center of the system and the bus electric system change their information in network, the peripheral equipment of the bus electric system includes report station implement, LED display screen, the guidepost, station sign, all of these equipment are linked with the bus host computer; the monitor center can send the related dictate to the bus host computer in network, the bus host computer doing related operation to the related peripheral equipment according to the received dictate, the peripheral equipment uploads the feed back information to the monitor center, by the way, the bus host computer can locate in real time, and upload the orientation information according to the dictate of the monitor center. The monitor center can realize the far distance, real time monitor to the bus electric system, at the same, realize the entirety information alternate and share in the system.

The invention discloses a distributed industrial data distribution method based on a DDS. The method comprises the following steps: S1, creating a device interface file for each abstract device; S2, creating a subscription and issuing relation mapping table, and building a mapping relation between a data subscriber and a data issuer and the mapping relation between the data subscriber and a DDS theme; S3, creating a real-time database; S4, acquiring interface data of the data issuer and issuing the interface data in a network through a form of the DDS theme; S5, decoding the DDS theme data andwriting the decoded data into the real-time database; S6, reversely finding out the data issuer corresponding to the DDS theme according to the subscription and issuing relation mapping table, and calling a device interface of the data subscriber to notify the data subscriber to read the DDS theme data. With the method provided by the invention, software interfaces of industrial sensors are unified, consistent data acquisition and output processing is realized, and integration of the sensors, miniature devices, virtual devices and non-standard devices of different models and different types is facilitated.