378 results about "Message structure" patented technology

Techniques for parsing rule creation are provided. A technique for constructing one or more message parsing rules may comprise the following steps. First, message data representing past messages, for example, associated with a network, an application and/or a system being analyzed, is obtained. For example, this may involve reading the past or historical message data from messages logs or having a system point to the message data in existing data storage. Parsing rules are then generated by a process from one or more existing rule templates and/or based on user selection and classification of at least a portion of a message. For example, the user may choose a message part and demonstratively classify the part, for example, as a positive or negative example. The generated rules may then be stored for access by a rule-based parsing system such as a message adaptation system. Prior to generation of the one or more parsing rules, a message structure may be established upon which generation of the rules may be based.

A method and system (100) for conveying a video message is disclosed. Video data comprising at least image data and associated audio data is captured and a video message structure (401) is created. A link is established between the structure (401) and the video data to create a structured video message. The structured video message is characterized by a video message structure (401) that provides an originator (103), of the message, enhanced manipulation capabilities for the video data by manipulating the structure (401). The structured video message can be conveyed to a recipient for viewing and/or for providing the recipient substantially the same enhanced manipulation capabilities.

A message sequence number or message priority level stored in a queue maintained by a message queuing system may be dynamically changed based on processing conditions by the use of a message sequence regulator (MSR) system. The MSR system includes a message parser, a message extraction repository, a rules repository, a message definition repository, an interface to a resource monitor for monitoring system resources by single resource monitoring agents, and a notification component for identifying sequence regulation operations which cannot be executed. The MSR system receives copies of messages loaded into or retrieved from queues by a queue manager as well as event messages from the resource monitor. The message extracts parts of the message using message structures defined in the rules repository and stores the extracted parts in the message extraction repository. If a defined condition is found to exist, the MSR system initiates calculation of an appropriate message sequence number or message priority level. The queue manager updates the message record without removing the message from the queue.

Inbound processing of web service request messages at runtime is enhanced by providing validation of the message structure against corresponding schema, at an intermediary web service server rather than at the web service application (e.g., web service application). Hence, there is minimal delay in responding to the client upon determining an invalid message structure, and unnecessary processing of invalid messages by the web service application is avoided.

Provided is a method for setting a security channel between an OLT and at least one ONU in an EPON. In detail, a channel is generated by which the OLT makes a reciprocal security capability agreement with the ONU that wants to set a security channel in a discovery interval and then automatically registers the ONU with the security capability agreement. The security channel is set by which the OLT distributes an encryption key for the security with the ONU completed with the security capability agreement. A renewal point of the encryption key is shared by transmitting a message indicative of a time to change the encryption key between the OLT and the ONU both completed with the encryption key distribution.

A mechanism to enable multiple message threads management in the context of the Converged IP Messaging (CPM) service and in the context of CPM inter-working with SMS is provided. A CPM user can simply start a message-based conversation with another CPM or Short Message Service (SMS) user without explicitly establishing a session beforehand. All messages that belong to a given conversation are displayed in the corresponding conversational view (i.e. window) in the CPM user device, even if the conversation is stopped and restarted at a later time, and even if there are multiple message threads available (currently active or stored) in the CPM device. Message structures and behavior of the CPM system elements to enable the functionalities above as well as a mechanism makes the message threads management possible even between a CPM user and an SMS user are also provided.

The present invention proposes a method and a corresponding system for scheduling invocation of web services from a central point of control. For this purpose, a scheduler (205) accesses a workload database (220), which associates an execution agent (210) and a descriptor (240) with each job to be submitted. In the proposed solution, the descriptor identifies a desired web service (255) and the address of the corresponding WSDL document (245), which specify the structure of the messages supported by the web service (for example, conforming to the SOAP specification); the descriptor also includes the actual content of a request message to be passed to the web service. Whenever the job is submitted for execution (according to a predefined plan), the scheduler sends its descriptor to the associated agent. In response thereto, the agent downloads the WSDL document of the corresponding web service; a request message (250) for the web service is then built embedding the desired content into the structure specified in the WSDL document. The agent sends the request message to an endpoint implementing the web service (as specified in the WSDL document), so as to cause its invocation.

The present invention comprises a system and method for communicating with a traffic signal by which at least one communication controller and integrated light controller are coupled by a high frequency (“HF”) coupler to a power line for transmission. In each of the directions of communication, specific transmission methods and data protocols are used over the communication link. The communication link protocol used for communication between the integrated light controller and the communication controller provides a robust method for framing data within a message structure that provides byte-by-byte synchronization and message integrity through a parity check per byte, and a checksum calculation.

The invention relates to a universal protocol adapting method comprising the following steps of: receiving an input message and judging the protocol type of the message; finding a protocol rule base according to the protocol type, analyzing the message and storing the content obtained through the analysis into a message parameter library; finding the protocol rule base according to a message record in the message parameter library, packaging a message frame, and sending the packaged target protocol message frame to a target address. The invention also relates to a universal protocol adapting device. According to the invention, a universal message structure is summarized from various field bus protocols, and a unified control and management interface is provided for various heterogeneous terminals and control networks, so that protocol conversion can be carried out between any two field bus protocols capable of being expressed through the universal message structure without depending on a concrete system platform, is more convenient and is better in real-time property.

A method and device to prevent the creation of disparities in an interrogation-response system programmed in a first mode, the Mode 4 (M4) and interrogated in a second mode, a National Mode (NM), initially having a same message structure but a different enciphering key, the format of the message being constituted by a header followed by an information block separated by a time interval T. The method comprises at least one step in which the time interval T between the end of the header and the beginning of the information block is modified into a time interval Ti different from T.

An approach is provided for discovering network resources using s Simple Binary Resource Discovery (SBRD) message structure. According to the approach, a network resource is configured to generate and transmit a plurality of multicast “Hello” messages to a plurality of recipients to indicate that the network resource is available and ready. If the network resource receives a multicast “Query” message from a particular recipient from the plurality of recipients, the network resource determines whether the multicast “Query” message includes identification data that identifies the network resource or type data that matches one or more type attributes of the network resource. If so, then the network resource generates and transmits a unicast “Acknowledge” message to the particular recipient to acknowledge the multicast “Query” message and to indicate that the network resource is available and ready. The time intervals in between the multicast “Hello” messages may increase in duration over time.

The present invention is related to systems and methods that parse and/or translate inbound messages into outbound messages such that disparate computer systems can communicate intelligibly. In one embodiment, a system recursively parses the inbound message such that relatively fewer outbound message structure definitions are required and advantageously decreases the usage of resources by the system. Further, one system in accordance with the present invention allows an operator to configure the identity of a delimiter in the inbound message. The delimiter can span multiple characters and includes the logical inverse of a set of delimiters. The outbound message can be accessed at nodes within a hierarchy, as well as at leaves. Thus, a user need not know the precise location of data within the outbound message. A set of updating rules further permits the updating of an outbound message without having to re-parse an entire inbound message.

The invention provides an integrated front platform of financial system, including: the transaction identification module in the use of identifying channel request marking and the type of transaction from the received data; message debagging module, it can transfer a corresponding configuration file to debag the referred data message or packet the data that needs to be sent. The referred configuration file can record the message structure information of specific transaction data; data conversion module, it can transfer a corresponding data conversion configuration file to complete the conversion of external data to internal data of the referred front platform. The described data conversion configuration files can record the corresponding relation between the external data and the internal data of the referred front platform; Procedure determination module, it can transfer the server marking and request marking corresponding to the procedure configuration files. The mentioned processes configuration file can record the processing information of the specific record transaction data.

A method for processing an incoming message in substantially real-time is provided. The method may include receiving the incoming message in response to a condition associated with a client device. The incoming message may be processed using a message handler and an approved rule. The approved rule may be operatively associated with an approved message structure that is compatible with a backend system. The processed message may be provided to the backend system in the approved message structure. The method may also include sending a reply message to a destination.

The present invention relates to a message structure for electronically exchanging medical information between applications utilising disparate medical coding systems and record architectures, the message structure comprising an optional storyline keyword that sets the context for one or more subsequent statements, each of which statements comprise a genre selected from a set of genre keywords representing message categories, a subject, comprising either a natural language string of one or more words or a nested statement, and, optionally, one or more parametrized predicates comprising a context joiner selected from a set of context joiner keywords, and a parameter comprising a natural language string of one or more words or a nested statement.

A system and method for expanding the capabilities of a SOAP envelope to include information useful for processing messages between a requestor and provider is disclosed. The message structure defines seven standard header blocks; each defined to provide data specific to a common infrastructure capability of an enterprise messaging infrastructure. Additionally, standard header blocks are included within a message envelope to preserve data when a transformation occurs such as, for example, alternating between transport protocols or converting the message language.

A message structure is provided for assigning transmission profiles to individual modems for modem transmissions in an upstream direction, on a modem by modem basis. The profiles define a set of transmission parameters, e.g., forward error correction information, symbol rate, frequency, modulation type, etc. that the modem should use to optimize their transmission in the upstream direction in order to maximize throughput. The invention is applicable to both wireless and land-based communications systems, particularly those adhering to the Data-Over-Cable Service Interface Specifications (“DOCSIS”)—Radio Frequency Interface Specification standard, or other standards which are analogous to the DOCSIS standard. The message structure can consist of two parts—a first part that defines a plurality of different types of transmission profiles, and a second part that assigns a particular profile to a modem. In a DOCSIS embodiment, the first part is contained in a UCD packet and the second part is contained in a MAP packet.

The present invention relates to a method for preventing exploiting an email message and a system thereof. The method comprising: decomposing the email message to its components; for each of the components, correcting the structural form (e.g. structure, format, and content) of the component to comply with common rules thereof whenever the structural form of the component deviates from the rules; and recomposing the email message from its components (in their recent state). The rules relate to email messages structure, for preventing malformed structure of email messages, for preventing exploiting an email message, etc. In case where the structural form of the component cannot be identified, the component may not be included within the recomposed email message, or included as is to the recomposed email message.

A fault-tolerant maintenance bus protocol and method for using the same enables communication between a command module located on a parent maintenance bus and a plurality of subsystem components joined together on a child maintenance bus. The child maintenance bus is interconnected to a bridge assembly that directs messages formatted in the protocol between the subsystem components and the command module through the bridge. The protocol includes a command message structure that uniquely addresses the bridge assembly. It also includes a command string, a command data string for communicating with one of the subsystem components and a command error-checking string. A response message structure is generated by the bridge in response to a command message. The response message uniquely addresses the command module. It includes error and status strings with respect to execution of the command message, a response data string for communicating with the command module and a response error-checking string.