49 results about "Connection-oriented communication" patented technology

There is provided a method for transmitting non-real time traffic in a connection oriented communications network. The network includes a network core that has a source and a destination with a path between them. The non-real time traffic is received at the source from a number of connections and each of the connections is associated with one of many classes of transmission service. The method includes the first step of aggregating at the source the non-real time traffic received from the connections onto the path. The non-real time traffic is transmitted on the path without regard to the connections with which the non-real time traffic is associated. The method includes the second step of segregating at the destination the non-real time traffic so transmitted on the path within the core according to the corresponding connections with which the non-real time traffic is associated. Flow control is applied between the source and the destination to thereby regulate the rate of transmission of the non-real time traffic along the path.

In some embodiments of the invention, an 802.11-enabled device may fragment an 802.11 packet into smaller packets and transmit the smaller packets instead of the 802.11 to lessen interference with Bluetooth synchronized connection-oriented communication of a collocated or nearby Bluetooth-enabled device.

An ultrasound information processing system comprises a plurality of ultrasound devices coupled to a high-speed serial ultrasound information bus, wherein each ultrasound device comprises a program for communicating with other ultrasound devices according to an ultrasound information exchange protocol (UIEP). The UIEP is a lightweight, connection-oriented protocol adapted to efficiently transfer ultrasound information among different devices on the ultrasound information bus. Each ultrasound device comprises an application layer program for performing an ultrasound function, as well as a lower protocol layer program for receiving and sending data across the ultrasound information bus according to a high-speed serial bus standard that provides both isochronous and asynchronous data delivery. The ultrasound information exchange protocol (UIEP) program is adapted to receive a communication request from the application layer, open a connection-oriented communication session with the requested ultrasound device, and transfer ultrasound information through the lower protocol layer and across the ultrasound information bus to the requested device. Advantageously, any ultrasound device manufacturer provided with the UIEP program may readily generate application layer code capable of communicating with other manufacturers' ultrasound devices across the ultrasound information bus, without requiring specific knowledge of the internal structure of the other manufacturers' devices or of the specific frame/packet structure of the UIEP/lower layer protocols themselves.

The invention discloses a long-connection management device and a method for managing the link resources of long-connection communication, belonging to the technical field of wireless link resource management. The method comprises the following steps: establishing a corresponding connection pool by the long-connection management device through taking (domain name/IP address: port) as keywords according to the historic records of HTTP communication, and configuring the numbers of idle long connection and busy long connection in the connection pool by accessing the frequency of a WAP (wireless application protocol) website identified by (domain name/IP address: port); when a link between a WAP gateway and the WAP website needs to be established, looking up a corresponding connection pool according to the (domain name/IP address: port) of an access request, in case of finding a corresponding connection pool, allocating an idle long connection to the access request in the connection pool, and notifying an HTTP module of using the allocated idle long connection to establish a link so as to carry out HTTP communication with the WAP website identified by the (domain name/IP address: port).

The invention discloses a safety intelligent lock system and an unlocking and locking control method. The safety intelligent lock system comprises a lock, a key, a portable electronic device and a remote main station, wherein the portable electronic device is in communication connection with the remote main station, the key is connected with the portable electronic device in a Bluetooth communication manner, the key is in communication connection with the lock, and the portable electronic device is provided with a Bluetooth module. Through the connection communication among the lock, the key, the portable electronic device and the remote main station, the unlocking action and locking action as well as a series of information verification before the unlocking are realized so as to guarantee safe unlocking. The key is small in size, the cost is low, intelligence, convenience in operation, safety and reliability can be achieved, and the unlocking by mistake can be prevented; meanwhile, by adopting the general control and information storage function of a communication network and the main station, the information of unlocking and locking such as an operation target, an operator, a target state, operation time and the like can be effectively recorded and managed, so that the management system in the electric power field can be completed.

A scalable protection method for connection oriented networks includes a source, a destination, and primary nodes interconnected by working path segments between the source and destination. A point-to-multipoint connection with multiple destinations and additional primary nodes is also supported. Each of a number of backup nodes is interconnected with an associated primary node by pre-provisioned shunt segments, and the backup nodes are interconnected among themselves by pre-provisioned protection path segments. Upon occurrence of a failure, the primary node upstream of the failure directs input traffic to a shunt segment, and the backup node associated with the upstream primary node directs traffic from the shunt segment to an output protection segment. Downstream of the failure, a backup node directs traffic from an input protection segment to a shunt segment, and the primary node associated with the backup node directs the traffic from the shunt segment to a downstream working segment. In this manner, traffic is routed around failures via local switching operations.

The same label value is assigned to all links configuring a connection in a network where an LSP (Label switched Path) is identified based on a label. Even when any one of nodes included in the connection is shortcut due to a change of route of the connection, a neighboring node to this shortcut node in the transmitting direction can receive, from a neighboring node to the shortcut node in the receiving direction, a packet having the same label value as a label value received from the LSR.

The invention discloses an intelligent door lock system based on a pattern code and an Internet. The intelligent door lock system comprises a door lock control module, a controller, a consumption intelligent handheld terminal and a cloud management platform, wherein the door lock control module is arranged in a house door lock and is in communication connection with the controller via a ZIGBEE communication way; the controller is arranged near the door lock control module, and is in connection communication with a cloud business management platform rand a cloud equipment management control platform via Internet of Things; the consumption intelligent handheld terminal is in communication connection with the cloud management platform; the cloud management platform is respectively in communication connection with the consumption intelligent handheld terminal and the controller. The intelligent door lock system has the advantages that the unique pattern code is produced, a key which can be used as the self key to complete entry and can also be authorized to other persons to be used as the key of the door lock for entry can be produced, the communication route is shortened, the cost is reduced, and the door lock is conveniently and remotely operated and controlled.

The invention provides a method for direct-connect communication between terminals in a wireless network communication system. The method comprises the steps that a server assigns direct-connect communication resources to the authorized terminals in a direct-connect communication scenario; direct-connect communication is performed between terminals and terminals by the terminals in a terminal group according to the assigned direct-connect communication resources; partial terminals with capacity of establishing a bidirectional link with a base station in the terminal group can feed back measurement statistical information to the server; and resource assignment is adjusted by the server according to the back-fed direct-connect communication measurement statistical information and the current system state. According to the method for direct-connect communication between the terminals in the wireless network communication system, power consumption of connection-oriented communication process is avoided; a time division multiplexing mode is adopted and the method is compatible with existing wireless communication systems; meanwhile, system time slot resources used by direct-connect communication between the terminals are configured by the set server, and time slot resource allocation can be adjusted by the server according to the measurement statistical information so that utilization rate of the system resources is enhanced.

The present invention discloses a method for reducing transmission power at a user side in a dual/multiple-connection wireless communication system, wherein: according to a type of a channel and/or data transmitted in the channel, setting a primary priority for the channel; according to a base station corresponding to the channel and/or a link connected to the base station, setting a secondary priority for the channels having the same primary priority; and when the entire transmission power of the user apparatus exceeds maximum transmission power allowed by the user apparatus, according to the primary priority and the secondary priority, reducing the transmission power for parts of or all of the channels.

In a radiocommunication system a first network element supports connection-oriented communication and is identified by a first address in a first format. A second network element supports connectionless communication and is identified by a second address in a second format. A network transmission unit and a data bank are also part of the radiocommunication system. To establish a connection between the first network element and the second network element, a connection-oriented link is set up between the network transmission unit and the second network element. Addresses in the first format are converted into the second format with the aid of the data bank.

A system for communication over the internet and through a firewall utilizing a single communications protocol. A simple object access communications protocol (SOAP) is utilized. This protocol is an XML/HTTP based protocol for sending messages from one object to another across the internet in a platform independent manner. This type of protocol can be utilized to control network elements provided at various locations.

A sending computer system can identify one or more available network resources at one or more network computers by sending a request for services using SOAP over UDP. In particular, the sending computer system prepares a SOAP message that includes a request for available resources. The sending computer system then encapsulates the SOAP message into a user datagram, and sends the user datagram to one or more identifiable computer systems on the network. In one implementation, the sending computer system sends the user datagram to a multi-cast URI. The receiving computer system receives the message through UDP, unpacks the message, and responds to the SOAP message request. Accordingly, the sending computer system can query multiple computer systems in an efficient manner without necessarily incurring the overhead otherwise associated with connection-oriented communication.

Apparatus and method are provided for dynamically establishing lawful interception taps within connection-oriented communication networks. Taps are established automatically upon establishment of a main connection by embedding collection identifier information within connection setup messages as a new form of information element. The collection identifier information includes information enabling a tap function within an interception node to establish a connection, such as an SPVC or an SVC, to a monitoring station. The collection identifier information may include any of a forward direction ATM address, a backward direction ATM address for use in bi-directional communications, a forward direction end point and a backward direction end point for use in establishing SPVC tap connections, and a connection identifier for use in establishing SVC tap connections. Tap connections can be established either during or after establishment of the main connection.

The invention discloses a near field communication method of non-contact radio frequency identification devices for solving the technical problem of convenience of communication of a plurality of hand-held non-contact radio frequency identification devices. The method comprises the following steps of: making one to one connection-oriented communication by the hand-held non-contact radio frequency identification device A according to a communication ID index table of other non-contact radio frequency identification devices, or utilizing a non-connection-oriented communication mode for sending device settings command subsets, tag read and write command subsets or device status query command subsets; and waiting for serial commands thereof and data sent by other non-contact radio frequency identification devices by the hand-held non-contact radio frequency identification device A when the communication is completed. Compared with the prior art, when the hand-held non-contact radio frequency identification device carries out point to point data exchange with another similar device and carries out data broadcasting with a plurality of devices, the invention has high efficiency, is safe, and expands application flexibility of near field communication of the non-contact radio frequency identification devices.

An IP connection system for establishing communication between each of IP connection terminals assigned with a global IP address on every connection to an internet, in which a global IP address (GA-GD) is registered to the directory service server (4) corresponding to the calling code (YA-YD) of the IP connection terminal (3A-3D) as a receiving side when it is connected to the internet, and the global IP address (GB) corresponding to the calling code (YB) of the receiving IP connection terminal (3B) is notified to the sending IP connection terminal (3A) to the sending IP connection terminal (3A) when the sending IP connection terminal (3A) inquires the calling code (YB) thereby enabling to establish communication from the sending side to the receiving side.

Disclosed are methods and apparatuses for sending data and receiving data. The method for sending data comprises: encapsulating to-be-sent data to obtain one or more data frames, the foregoing data frames comprising a data information block and a special word arranged in a spaced manner and the foregoing special word being formed by one or more repeated pseudo random sequence; and sending the foregoing one or more data frames. By means of the present invention, the technical problem is solved that a data sending method in a related technology cannot be used in a connection-oriented communications scenario, and technical effects of functions such as rapid capture, carrier synchronization, channel estimation, data protection and phase tracking are achieved.

The disclosure relates to an electronic apparatus in a wireless communications system, and a mobility measurement method. The electronic apparatus comprises a communications device and a mobility measurement device. The communication device is configured to separately perform dual-connection communication with two connection nodes by means of different carriers. The mobility measurement device is configured to perform mobility measurement, for determining a connection switching mode, on the connection nodes in the dual connections in a case in which connection service quality of at least one of the current dual connection nodes is lower than a preset level. The mobility measurement device is further configured to determine a reporting mode of a mobility measurement result according to the measurement condition of at least one of the current dual connection nodes.