256 results about "Interoperability" patented technology

A system, including software components, that efficiently and dynamically analyzes changes to data sources, including application programs, within an integration environment and simultaneously re-codes dynamic adapters between the data sources is disclosed. The system also monitors at least two of said data sources to detect similarities within the data structures of said data sources and generates new dynamic adapters to integrate said at least two of said data sources. The system also provides real time error validation of dynamic adapters as well as performance optimization of newly created dynamic adapters that have been generated under changing environmental conditions.

A radio base station in a mobile communication network collects information about the network and exchanges data with a configuration device, the Internet System Manager (iSM). The iSM automatically configures and integrates the base station into the network by defining configuration parameter settings that allow fill interoperation of the base station with the network, with regards to roaming and handover in particular, without the need to add or modify parameter settings in other existing network elements. A very large number and high geographical density of such base stations is supported with full interoperation between them, allowing to overcome limitations of conventional mobile communication networks in this regard, by utilizing a certain combination of parameter settings and a new method to address the different base stations in the network.

In general, in one aspect, the invention provides a modular application collaborator for providing inter-operability between applications including a plurality of connectors for communicating with a like plurality of applications and an interchange server. The interchange server includes an application collaboration module and service module. The service module transfers messages between connectors and the application collaboration module. The application collaboration defines the inter-operability between two or more applications. The interchange server service module includes a transaction service and an error service. Transactions are executed in the application collaboration module and the transaction service records each action and a compensating action for undoing an associated action. An error service monitors for errors in the interchange server, and, upon detection of an error, stops the execution of a transaction and initiates the execution of any required compensating actions to undo the interrupted transaction. The compensating transactions may be executed at the connectors and are not required to be overseen by the interchange server.

In asynchronous public network, synchronous leaderless Byzantine consensus protocol operating with guaranteed safety and time-bound termination of individual protocol rounds is enabled with nodes having clustered architecture and highly available data transactions, and implemented with algorithm that defuses the effect of stop-faulty processes and bypasses the partitioned network links. Utilizing the time-bound consensus, a protocol and architecture for cross-chain transactions accomplish safe interoperability across blockchain networks. Multiple cross-chain transacting networks interconnected in a federation overcome the limitations of blockchain networks with monolithic ledgers in regard to transaction latency, scalability of throughput, volume of managed data, and openness for further interoperability.

A modular communications, command, and control system with plug-and-play connectivity, utilizing configurable independent base stations and portable handsets that preferably have similar components and functionality so as to be interoperable. The system utilizes an open system interconnection architecture preferably having fully integrated layers permitting inter-operability with adaptive applications and inter / intra-linking with external appliances and / or apparatuses. Optionally, the system may be utilized to perform extended information handling / processing, networking, personal assistance, industrial, commercial, medical, military, and / or security functions.

Protected software, such as an application and / or DLL, is monitored by protective software to guard against attacks, while distinguishing spurious, benign events from attacks. In a 1-touch approach, the protected software is monitored in a testing environment to detect spurious, benign events caused by, e.g., incompatibility or interoperability problems. The spurious events can be remediated in different ways, such as by applying a relaxed security policy. In a production mode, or 0-touch mode, when the protected software is subject to attacks, the corresponding remediation can be applied when the spurious events are again detected. Security events which occur in production mode can also be treated as benign when they occur within a specified time window. The applications and / or DLLs can further be classified according to whether they are known to have bad properties, known to be well-behaved, or unknown. Appropriate treatment is provided based on the classification.

A correspondent host that needs to begin a real-time packet-data session with a mobile node sends a mobile IP binding request message to a home agent of the mobile node. The correspondent host does not send any further messages until it has received a binding update message in response to the binding request message. Upon receipt of the binding update message, the correspondent host knows a care-of address of the mobile node. A binding to the care-of address is created responsive to receipt of the binding update message. An RSVP PATH message is sent by the correspondent host responsive to receipt of the binding update message. The RSVP PATH message explicitly binds a data path of a packet flow to the mobile node. The correspondent host perceives a RSVP RESV message in response to the RSVP PATH message.

The method comprises: the data receiving end receives the data from the data sending end; deciding if the network congestion happens; if yes, the data sending end sends a traffic control request to the data receiving end; according to the traffic control request, the data receiving end makes traffic control operation. Said data receiving end calculates the length of the saved relay queue to decide if the congestion happens; if the length of the saved relay queue is over the control threshold, then the network data has congestion; otherwise, there is no congestion.

Various cognitive communications system architectures and their corresponding Protocol Reference Models (PRMs) are disclosed. Such PRMs incorporate a Cognitive Plane in addition to conventional Data and Management Planes. The additional Cognitive Plane functionality may include, for example, spectrum sensing, spectrum management, geolocation, and security functions. The Cognitive Plane may further include a Policy Engine and a Learning and Reasoning Module. In some embodiments, Management Plane functions may be effectively combined to form a database of primitives (and their respective values) called a Management Information Base (MIB). In addition, techniques are provided by which various components of cognitive and non-cognitive, as well as mesh-enabled and non-mesh-enabled nodes in a network, inter-operate with each other. The architectures allow a Spectrum Manager (or Signal Space Manager) to combine information from various network layers (e.g., PHY / MAC Layers, Spectrum Sensing Function, Geolocation Function, and / or Security Sublayers), and to make informed decisions on spectrum utilization.

The present invention relates to the technical field of geospatial information systems and discloses a method for converting a BIM entity model into a multiple levels of details (LOD) GIS standardized model. Through a method of converting the BIM entity model into the multiple levels of details (LOD) GIS standardized model, the automatic conversion from the BIM entity model to the multiple levels of details (LOD) GIS standardized model is realized, a computer can conveniently execute the geometric semantic information interoperability between two models, the complete conversion and mapping between an IFC format and a CityGML format is realized, and the conversion quality is improved. In addition, the conversion method has the advantages of fast conversion speed and high conversion accuracy, and the practical promotion and application are facilitated.

An interchange server for coupling with a plurality of connectors comprises an application collaboration module for defining the generic portion of the inter-operability function. The application collaboration module comprises a transaction service responsive to a trigger for initiating the inter-operability function and being activated upon receipt of data from one or more connectors. The trigger and the transaction deliver data to one or more connectors for transfer to an associated application whereby the inter-operability function is realized while each application is executing independently in an unmodified state. The connectors are configured for communicating with a like plurality of applications.

The invention discloses a method and system for deleting global repeating data and a storage device. The method comprises the following steps that 1.1, initialization is conducted; 1.2, a data stream is divided into a plurality of read-in data segments through a receiving layer, a read-in data segment fingerprint value is calculated for each read-in data segment, a management node corresponding to each read-in data segment fingerprint value is looked up, and the read-in data segment fingerprint values are sent to the management nodes; 1.3, whether the received read-in data segment fingerprint values exist in a fingerprint value index structure or not is judged through the management nodes, if yes, the read-in data segment is directly written in the storage device or a storage medium through the receiving layer, and the fingerprint value index structure is updated; if not, updating is conducted directly. The system is used for achieving the method. The storage device comprises the storage medium and a storage controller. The storage controller comprises the system for deleting the global repeating data. According to the method and system for deleting the global repeating data and the storage device, only the fingerprint values of the data segments need to be transmitted, not all the data segments need to be transmitted, and the interactive operation performance is greatly improved through establishment of the fingerprint value index structure and partition of a fingerprint value management range.

The invention discloses a cross-device and cross-protocol EPON element management system. The system achieves the uniform monitoring and management on the heterogeneous EPON; an EPON element metadata model is provided, and uniform description of heterogeneous EPON devices, interfaces and protocols is achieved; a parallel polling method for the network element performance and state in the distributed type EPON is provided, and rapid and efficient query of the performance and the network element state of the large-scale distributed type EPON is achieved; a uniform configuration system of the heterogeneous EPON devices is built, and uniform configuration of different devices and different northbound interface protocols is achieved; a network element state displaying system in the large-scale distributed type EPON is built, and uniform and real-time display of the heterogeneous EPON is achieved. The UML is adopted in the EPON element metadata model, so that the processes such as cataloguing, registering and finding of the EPON resources are accurately, clearly and conveniently achieved, interconnection, intercommunication and interoperability of the heterogeneous EPON system are achieved conveniently, the comprehensive management capacity of the EPON is improved, and long-term interests are brought to the EPON management.

System and methods for providing multimedia message service (MMS) interoperability between an initiating carrier and a destination carrier. A transcoding facility receives an MMS message from an initiating carrier and accesses a number portability database to determine an identity of a destination carrier to which the MMS message is intended to be sent and a carrier profile repository to obtain a carrier profile for the destination carrier, the carrier profile including information regarding an MMS format acceptable to the destination carrier. The transcoding facility determines, based on the carrier profile and a format of the MMS message received from the initiating carrier, whether the format of the MMS message received from the initiating carrier must be modified to be effectively received by the destination carrier and, if so, transcodes the MMS message in accordance with the carrier profile to generate a transcoded MMS message, and thereafter sends one of (i) the MMS message received from the initiating carrier and (ii) the transcoded MMS message to the destination carrier.

This invention belongs to the technical field of application of computer and relates to a controller of open structure for robot. The controller comprises a hardware consisting of industrial controlling computer and periphery equipments of the controller system of open structure and a software consisting of real time operating system of open source code and application software system of open controller; said application software system of open controller RTOC consists of three main operating stratifications; the base stratification abstracts the equipment unrelated accessing interfaces on the basis of driving programs of each specific equipment; the middle stratification is responsible to manage the definition and operation of the servo period of the system; the application stratification is application programs in high level disposing the middle stratification with a simple way and monitoring the state of the system.

The invention provides a container network management system and a method with high scalability, relates to the field of cloud computing, and specifically relates to a high-scalability network management system and a method formed by containers required by a cloud computing system. The container network management system with high scalability comprises a host address distributor, a network configuration manager, a network controller, and a container tunnel. The container network management method with high scalability includes: configuring container network parameters, configuring and activating one-to-one mapping from host addresses to container network segments, and sending and receiving data packets. According to the system and the method, the high-scalability and high-availability cloud computing system formed by the containers can be automatically controlled and managed, and the interoperability and the security between the containers of different hosts can be guaranteed.

An exemplary aspect is directed toward one or more solutions that are capable of providing feedback information about OCAP / ACAP / IMS solutions generally related to audience acceptance and satisfaction, and extensions thereto. For example, one exemplary aspect is directed toward information, such as consumer feedback about their viewing choices, being gathered, evaluated and distributed. Even more specifically, an exemplary aspect is directed toward the use of information, such as personalized or customized information and personal preferences contained in an STB combined with an OCAP / ACAP / IMS intelligent personal agent and application(s) to provide advanced interactive and interoperable services to both obtain and distribute feedback about OCAP / ACAP / IMS services.

Embodiments include a system, method, and computer program product for a wearable smart gateway (WSG) that is capable of providing interoperability gateway functions for a variety of wearable devices. In an embodiment, the WSG detects one or more devices within a proximity that use communication interfaces supported by corresponding plug-ins installed in the memory. Then, the WSG establishes communication channels with the detected one or more devices according to configurations within the corresponding plug-ins, wherein the established communication channels forms a personal area network. The WSG may perform interoperability gateway functions to communicate data monitored by the one or more devices within the personal area network to an agency via a wide area data network.

A method of exchanging data descriptive of technical installations between at least two applications is provided, a said application being able to provide and / or to consume data according to an associated application data model, the method allowing interoperability between applications by virtue of an exchange of the data expressed and formalized through at least one chosen standard having an associated data model and associated exchange formats, implemented by a programmable device. For at least one application, the method includes the integration (T1x) of the application data model in a same semantic web data representation language, termed a common representation language, and, for each chosen standard, the integration (T2x) of the data model into a semantic web modeling language. The method further makes is possible to obtain (T3x) first conversion rules between the application data model in the common representation language and the data model(s) of the standards chosen in the semantic web modeling language, and to obtain (T4x) second rules of organization and control of the data to be exchanged, allowing the conversion and exchange of data of the application using these conversion rules.

The invention relates to a method for transcoding audio signals in a communications system. In order to improve the inter-operability between units (2,40) capable of handling wideband audio signals and units (3,46) or network components (50) capable of handling narrowband audio signals, it is proposed that first, an audio signal is received in a network element (42) of a communications network via which said audio signal is transmitted. Next, it is determined in said network element (42) whether a transcoding of the received audio signal is required. In case a narrowband-to-wideband transcoding of the received signal is required, the received narrowband audio signal is transcoded into a wideband audio signal in the network element (1,42). The generated wideband audio signal is then forwarded to the receiving terminal (2,40). The invention equally relates to a corresponding communications system and its components.

An interoperable reward currency apparatus, system, and method comprising a proprietary general interoperable reward currency comprising voucher-tag-objects; a network of reward systems that generate and use the interoperable reward currency; reward system members; a network processor; physical tags, tag-objects and apparatuses including modules configured for identification, qualification, generation, aggregation, detection, and redemption of elements including the interoperable reward currency in accordance with interoperability rules; a process to identify transactions instead of consumers for qualifying for and using the interoperable reward currency; reward providers configured to redeem the interoperable reward currency; consumers that receive and redeem the interoperable reward currency in exchange for a reward; a process to collect value to pay for the interoperable reward currency generated; and a process to disburse value to reward providers that redeem the interoperable reward currency.

The invention discloses a detection method and device for a direct current charging pile. The detection method comprises the following steps: simulating consistent output of the direct current charging pile by virtue of a BMS simulator of a battery management system; simulating on-off control of a charging loop of the direct current charging pile by virtue of a direct current charging pile interface circuit simulator, and collecting signals before and after the loop is put through and cut off; simulating the load of an electric automobile charged by the direct current charging pile by virtue of a load system AV900; controlling the BMS simulator, the direct current charging pile interface circuit simulator and the load system AV900 by virtue of a master control machine, so as to finish thedetection of the direct current charging pile, wherein the detection of the direct current charging pile comprises communication protocol consistency testing and interoperability testing. According tothe detection method, the problems of long testing time and low testing efficiency of the charging pile caused due to insufficient automation degrees in relevant techniques are solved.

Various cognitive communications system architectures and their corresponding Protocol Reference Models (PRMs) are disclosed. Such PRMs incorporate a Cognitive Plane in addition to conventional Data and Management Planes. The additional Cognitive Plane functionality may include, for example, spectrum sensing, spectrum management, geolocation, and security functions. The Cognitive Plane may further include a Policy Engine and a Learning and Reasoning Module. In some embodiments, Management Plane functions may be effectively combined to form a database of primitives (and their respective values) called a Management Information Base (MIB). In addition, techniques are provided by which various components of cognitive and non-cognitive, as well as mesh-enabled and non-mesh-enabled nodes in a network, inter-operate with each other. The architectures allow a Spectrum Manager (or Signal Space Manager) to combine information from various network layers (e.g., PHY / MAC Layers, Spectrum Sensing Function, Geolocation Function, and / or Security Sublayers), and to make informed decisions on spectrum utilization.

The invention provides a system and a method for executing protocol consistency test to a base station, wherein the system tests the base station in a world interoperable microwave access system based on TTCN-3 to ensure the consistency of a protocol entity realized by the test and the standard regulation regulated by the protocol. The invention adopts a structure constructed by a test background and a foreground proxy to test the base station, including: the test background used for analyzing and executing a coded TTCN-3 test use case and judging the test result, and the foreground proxy used for receiving and sending business data according to the requirements of the test background and sending control information to the base station. The invention realizes the protocol consistency test on the base station without the realization of physical layers such as a radio frequency module, and reduces the cost of the test system and improves the self-reliability of the test system, thereby achieving the purpose of saving cost and increasing the robustness of the test system.

The invention relates to a web-service integration method supporting data privatization of enterprise users, comprising: that private data is preprocessed by establishing meta data and transforming data; that an access interface is set by reading a meta data model and analyzing transformed XML data; that the access interface is encapsulated into service; that data service is registered; that an integration platform invokes web service provided by enterprises; that the web service returns data of information nodes according to interoperability protocols; and that private business data is stored. The method provided in the invention is a novel method based on SOA and supporting enterprise interoperability, which solves contradiction between integration and privatization of enterprise data. Thus, enterprises can not only provide sharing data but also maintain private occupation of business data. The method is an integration method that can be used in enterprise interoperability software in different fields and industries.