1996 results about "Message type" patented technology

Methods and systems for universal, automatic service selection are disclosed. A method for universal, automatic service selection includes receiving signaling messages and identifying signaling connection control part (SCCP) messages from the signaling messages. The SCCP messages are decoded to extract SCCP parameters and application layer parameters from the messages. A routing address translation service is selected for each of the SCCP messages based on application identifiers that identify application layer message types alone or in combination with other parameters. Selecting the routing address translation service in this manner makes the service selection more robust and universally applicable, especially in networks where different or non-standard selector parameters are utilized.

In a system and method for processing messages in a gateway, a gateway message is received at the gateway, the gateway message including a gateway message header and a payload, the gateway message header including a unique message identifier block, a target block identifying where the gateway message is going, and a history block providing a log of what has happened to the gateway message. Each block in the gateway message header is processed by the gateway in accordance with a message type, the processing including determining a target application for receiving the payload. The payload is provided to the determined target application. Each block includes one or more values.

According to one embodiment, a computerized method comprises receiving a set of indicators of compromise (IOCs) associated with a known malware of a first message type from a first source and receiving one or more IOCs (IOC(s)) from a second source that is different from the first source. Thereafter, a determination is made as to whether the received IOC(s) from the second source correspond to the set of IOCs received from the first source. If so, information associated with at least the set of IOCs is used to locate a malware of the first message type that is undetected at the second source.

Techniques for providing remote access to a service provider network include exchanging multiple Dynamic Host Configuration Protocol (DHCP) formatted messages instead of any Point to Point Protocol (PPP) message to provide all PPP functions for accessing a service provider network from a customer node. The service provider network is on provider premises and the customer node is on customer premises different from the provider premises. The DHCP format is used to exchange authentication messages, user profile data on Authentication, Authorization and Accounting (AAA) servers, or session keep-alive echo messages, alone or in some combination. When all are message types are combined, these techniques provide a remote access server (RAS) with the capability to perform all functions presently provided by PPP processes. In some combinations, these techniques allow a modified DHCP server to replace a legacy AAA server.

Systems and methods for providing advanced unified messaging are described. The subscriber specifies preferences based on message type, access device type, the subscriber's schedule, and other information. A message server utilizes this information to extract keywords and develop abstracts of particular messages. Subsequently, when the subscriber requests access to a message, the message server has the capability of tailoring delivery of messages to the subscriber on a specific access device.

The invention provides a method for assisting handover of a user terminal's, UT's, communication session in an integrated multi RAT network, said method to be carried out by an RNCI being installed in said network, said method comprising the following steps:— receiving a “Handover Candidate” message comprising a message type identifier information element identifying said message as being a “Handover Candidate” message and which message identifies said session and which message further identifies a candidate RNC of said network, wherein said candidate RNC constitutes an RNC handover candidate for said session,— establishing the identity of said RNC by investigating said message,— associating said communication session with said candidate RNC identified in the previous step. The invention provides an RNC1, RNC2, and software, realising the method according to the invention.

The present invention extends to methods, systems, computer program products, and data structures for efficiently storing and accessing electronic messages. Generally, electronic messages are created and transformed in accordance with an electronic message schema hierarchy. Electronic messages can be created according to a general message schema that defines a format for data fields that are common to all types of electronic messages (e.g. electronic mail, instant message, fax message). Electronic messages can also be extended according to message extension schemas that define formats for adding protocol specific and/or or application specific data fields to an electronic message. Data fields added in accordance with message extension schemas can differ between electronic messages types. Having some commonly defined fields and other differently defined fields promotes efficient storage and access of electronic messages, while also facilitating message compatibility with existing message protocols and message applications.

In a system for remotely monitoring networked devices and appliances, email messages are sent across networks, the email messages containing configuration, status or other information. For flexibility, it is desirable to quickly and easily change the message type designation, and to easily determine a data structure definition appropriate for storing the received information. To achieve this goal, the message type designation of a given message's information may be defined within the message itself, and extracted at the receiving end before the information is analyzed or stored according to a data structure definition determined by the message type designation. A large number of devices can thus communicate configuration, status and/or other types of information in a variety of message types. A method stores information concerning a remotely monitored device, the information being contained in a message that includes a message type designation. The method involves extracting the message type designation from the message, determining a data structure definition based on the message type designation, reading data elements from the message, and storing the data elements into a database according to the data structure definition. The method may be implemented in object-oriented programming, in a software module including a data retriever class and a database interface class.

Provided are a system and method for supporting communication between application programs and the processing of messages by those programs. A table driven approach is used to select appropriate components of modular application programs to process received messages. The selection is carried out in dependence on associations between message types (e.g. request, inform, reply) and other characteristics of the message (e.g. whether the message is an expected reply (as identified by an identifier value). Also used in said selection are dynamic characteristics of the message or the system (e.g. possibly expiry of a timeout, or the state of an application). Rules combine these criteria and determine the conditions for invoking an application program component. Also provided is a mechanism for differentiating between reply messages which are received out of serial sequence but are still current and messages which are invalid.

A method and system for communicating to a sender an availability of receiving a new message includes providing buffers having at least one corresponding slot for storing a message and providing a credit signal that communicates to the sender only when all of the buffers have at least one of the corresponding slot available for storing a new message. Each of the buffers is monitored for whether at least one of the corresponding slots is available for storing the new message. A corresponding receiver counter is provided for each of the buffers. Each receiver counter is decremented when all of the buffers have at least one corresponding slot available for storing the new message. Each of the buffers is configured to receive a corresponding particular message type. The particular message type of the new message is determined. The new message is loaded into the corresponding slot of one of the buffers which is configured for receiving the particular message type of the new message. The counter of each of the buffers in which the new message was not loaded is incremented. After the loaded new message is freed from the buffer in which it was loaded, the counter of the buffer in which the new message was loaded is incremented.

The present invention relates to a method of displaying several types of messages all together through a single window and of enabling a user to write and transmit a message with no consideration of message type. This unified message management method displays various types of messages all together along with their respective message types through a single window, converts the type of a written message, if needed, to match it to a protocol determined based on information written in its field distinguishing a message type, and transmits the type-converted message, whereby a user can confirm all types of received messages at a time and user's inconvenience that a message type to write should be distinguished in advance prior to choosing a message input screen can be removed.

An electronic mail inbox uses a mail agent to categorize incoming electronic mail to facilitate more flexible and rapid viewing and possible response thereto. Several special functions for collection of regularly sent types of mail, such as newsletters, office memos, press releases, etc., are utilized. In addition, special menu items are provided for collection and presentation of different priority items, such as urgent correspondence and approval requests. The electronic mail inbox facilitates multiple viewing options so that collections of regularly sent or different priority types of mail may be viewed separately and/or interleaved with other items in a main mail inbox. In addition, items that require an affirmative response, such as approval requests, may include a special preview format that allows for rapid viewing of pertinent details and approval directly from the mail inbox without review of the complete item.

Disclosed are a message type memory access device and an access method thereof. The message type memory access device comprises a message type command bus, a message type memory controller, a message passage and a storage module, wherein the message type command bus is used for transmitting message memory access commands generated by a CPU (central processing unit) and commands a memory system to complete corresponding operation; the message type memory controller is used for packing CPU requests into a message packet to be transmitted to the storage module, analyzing the message packet fed back by the storage module and feeding the data back to the CPU; the message passage is used as an access of transmitting of the requests and answering messages; the storage module comprises a buffer dispatcher and is used for receiving request packets of the message type memory controller and completing the corresponding requests.

Novel message formats for use in a distributed transaction environment are disclosed. Each message includes a message type field, a message length field, and a data field, typically in the foregoing order, and each field in the message has a fixed number of bytes. The message type and data length fields may be comprised of a single header. The data field may include novel groups of OSI TP PDUs where each grouping characterizes the content of the data in the PDU. A novel apparatus for use in a distributed transaction environment also is disclosed. The apparatus may include a peer processing machine and a multiplexed TCP/IP connection for exchanging messages with other peer processing machines in the distributed transaction environment.

A method and apparatus for learning the identity of VRRP backup router(s) for a VRRP master router enables the identity of VRRP backup routers to be determined quickly on demand, or enables a table of VRRP master and backup routers to be established over time. A VRRP query message type is defined as a type of VRRP message that will enable the routers on the network to be queried to determine which router(s) are VRRP backup routers for a virtual IP address associated with a VRRP master. The VRRP query message may be initiated by the VRRP master, a network management system, or another entity. The VRRP backup routers may respond with a VRRP response message, which is also defined as a type of VRRP message. The VRRP response message may be unicast to the VRRP master or network management system, or broadcast to enable a table of VRRP master/backup routers to be created.

A thin-client system operative over a communications network provides a thin-client device with access to a dedicated application present at a server. Messages between the client device and the server conform to a control-oriented protocol that restricts the type of message permissible for transmission to only those descriptive of certain preselected events that are necessary for execution of the dedicated application on the server and excludes transmission of user actions that otherwise would be transmitted to the server from the client device according to conventional display-based protocols.

An enhanced network monitor system (30) processes event messages and command response messages from automated banking machines such as ATM terminals (36). Both message types are assigned a single transaction code. The system includes an application program (34) in which the event messages and command response messages are processed in a host computer by parallel message processing regions (52, 54, 56). A modified VTAM communications protocol enables the application to control sequencing of messages generated by the ATM terminals. This enables both event messages and command response messages to be run in a response mode. The transaction processing limit for the parallel message processing regions may be set to a maximum value. The parallel message processing regions run the single transaction repeatedly without reloading which increases the rate at which messages are handled.

A method and apparatus is disclosed for delivering messages that utilizes a message queue and a router/filter within a private data network. The private network is connected to an external data network such as the Internet, and has separate outbound resource servers to provide a high degree of scalability for handling a variety of message types.

An apparatus, system, and method are disclosed for facilitating conversational and non-conversational transactions between thin-clients and MFS-based IMS applications. The method includes storing conversation attributes associated with a conversational transaction between a thin-client and an MFS-based IMS application, the conversation attributes comprising connection information and conversation-specific information. Next, one or more transaction messages from the thin-client are preprocessed based on a transaction message type. The stored conversation attributes are updated in response changes in the conversation attributes caused by the one or more transaction messages. Then, a conversation output message is formatted for the thin-client. The apparatus may include a security module that authenticates user, a connection module that establishes a connection with an MFS-based IMS application, a state module that preserves and maintains conversation attributes, and a control module to process a transaction message having one or more transaction message types.

The present invention is directed to a method for setting a user equipment identifier as user equipment identification information used when data received through a dedicated logical channel is transmitted through a common transport channel. The method includes transmitting data and a message type indicator as user equipment identification information from a RRC layer to an RLC layer; setting a user equipment identifier indicator according to the received message type indicator in the RLC layer and transmitting it with the data to a MAC layer; and selecting a user equipment identifier type and a user equipment identifier according to the set user equipment indication identifier, adding it to a header of a MAC SDU in the MAC layer and transmitting it to a corresponding MAC layer in a receiving device.

A mobile communication device, such as a wireless mobile phone, is provided with a unified message function equipped to facilitate a user in interacting with a communication partner including messages of different message types supported by the mobile communication device via a unified thread.