495 results about "Message handling" patented technology

The invention comprises a wireless camera apparatus and system for automatic capture and delivery of digital image “messages” to a remote system at a predefined destination address. Initial transmission occurs via a wireless network, and the apparatus process allows the simultaneous capture of new messages while transmissions are occurring. The destination address may correspond to an e-mail account, or may correspond to a remote server from which the image and data can be efficiently processed and/or further distributed. In the latter case, data packaged with the digital message is used to control processing of the message at the server, based on a combination of pre-defined system and user options. Secured Internet access to the server allows flexible user access to system parameters for configuration of message handling and distribution options, including the option to build named distribution lists which are downloaded to the wireless camera. For example, configuration data specified on the server may be downloaded to the wireless camera to allow users to quickly specify storage and distribution options for each message, such as archival for later retrieval, forwarding to recipients in a distribution list group, and/or immediate presentation to a monitoring station for analysis and follow-up. The apparatus and system is designed to provide quick and simple digital image capture and delivery for business and personal use.

A system for predictive analysis of very large data sets using a distributed computational graph has been developed. Data receipt software receives streaming data from one or more sources. In a batch data pathway, data formalization software formats input data for storage. A batch event analysis server inspects stored data for trends, situations, or knowledge. Aggregated data is passed to message handler software. System sanity software receives status information from message handler and optimizes system performance. In the streaming pathway, transformation pipeline software manipulates the data stream, provides results back to the system, receives directives from the system sanity and retrain software.

A disclosed gaming machine is coupled to a plurality of “USB gaming peripherals.” The USB gaming peripherals, which may include one or more peripheral devices, communicate with a master gaming controller using a USB communication architecture. The USB communication architecture may include a vendor-specific class protocol. The USB vendor-specific class protocol may comprise: 1) a base protocol for defining message handling relating to peripheral device functionality common to a plurality of peripheral devices; and 2) one or more feature-specific protocol extensions for defining message handling specific to a USB feature where each feature-specific protocol extension defines feature-specific messages. The base protocol may be designed such that when one of the feature-specific messages is modified, the base protocol does not change.

A computer is used to manage communication over a network between one or more network addressable units and a plurality of physical devices of a passenger entertainment system. The system is configured and operated using software to provide passenger entertainment services including audio and video on-demand, information dissemination, product and service order processing, video teleconferencing and data communication services. The system includes a system server and a network supporting multiple computer processors. The processors and the server comprise application software that control telephony applications and network services. The server is coupled by way of the network to physical devices of the system. The server comprises software for instantiating a dispatch object to open a framework for one or more network addressable unit objects, for instantiating one or more virtual line replaceable unit objects to manage communication between a network address unit and one or more physical devices, and for instantiating a message processor for moving messages to the one or more network addressable unit objects for delivery to the one or more physical devices. The message processor receives messages containing network routing address from one or more device drivers. The message processor utilizes the network routing address to and a physical device type to access a table and determine the ultimate destination for the message. The message processor has at least one input named pipe and one output named pipe, and utilizes the named pipes to translate messages from a first format to a second format. The message processor logs invalid destination addresses in a storage medium. The message processor instantiates each device driver from a device handler class member.

A system and methods for building and executing intelligent agents are disclosed. This system allows the automatic invocation of computerized software services using Boolean conditions to determine if and when a specific service or task is executed. Intelligent agents within the platform can communicate with each other through a message-handling infrastructure. The message-handing system includes methods for data encoding/decoding, encryption and transport across multiple protocols. This system also includes methods for event handling, task selection, agent mobility, and agent persistence. A graphical user interface helps individuals define and monitor agent activity. This system is highly extendible, providing methods for the addition or inclusion of alternative agent services, message-handling approaches, event-handling systems and task-handling approaches.

The invention includes a method and apparatus for providing SIP message prioritization between network elements along at least a portion of an end-to-end path between a SIP client and a SIP server. The method includes determining a SIP message prioritization policy and distributing the SIP message prioritization policy toward a prioritizing network element adapted to assign message priority levels to respective received SIP messages using the SIP message prioritization policy, process the received SIP messages according to the respective assigned message priority levels, and transmit the prioritized SIP messages toward at least one network element in a manner for propagating the respective assigned message priority levels to the at least one network element. The prioritizing network elements include SIP network elements and non-SIP network elements.

In one embodiment, the system includes a host processor and a plurality of devices connected to the host processor via a USB interface. Each of the devices includes at least a processor and USB controller hardware. The host processor includes message handling logic and each of the devices also include message handling logic that is configured to cooperate with the device to prepend a communication protocol header to a message that one of the devices desires to send to the host or to another of the devices. The host processor and each of the devices are peers with respect to each other. A router located in the host processor analyzes the communication protocol header to determine whether the message is destined for the host processor or for one of the other devices.

Described is a method and system by which a computer program window is sized based on the content to display. The window may automatically resize itself as content changes. When laying out an element tree of elements that contain the content, the elements provide desired size information to a parent container, and so on, up to the root element (e.g., a window). If a window property is set to size to the content, a window size is computed during layout, having a height and/or width based on the child elements plus X and Y deltas for a window non-client area and borders. Logic attached to window message handling controls changes to the content/window, such as to automatically resize for changed content, and to selectively turn off or persist the size to content property. Sizing to content may be programmatically limited to one dimension, with the other dimension fixed.

An Internet compatible system for providing data representing golf instructions. The communication interface for receiving a message includes data representing a request for golf instruction. A message processor for examining the request provides an alert message to a worker alerting the worker to the received request. An input processor for receiving data comprises a response to the request alert message, and the distribution processor forwards the received response data to a destination system.

The invention relates to mobile terminals. According to the invention, the communication terminal includes a predictive editor application for entering text. The editor is used for editing text for message handling, phonebook editing and searching, etc. The terminal further includes compression and/or decompression software. The invention further relates to a method of compressing data in a mobile terminal on which a language dependent dictionary is stored.

A data processing apparatus comprises at least one source processor core (110), at least two destination processor cores (120), a message handler (130) and a bus arrangement (150) providing a data communication path between the source core, the destination cores and the message handler. The message handler (130) has plurality of message-handling modules (132-1 to 132-3). At least one of the message-handling modules has a message receipt indicator that is modifiable by each of the destination processor cores to indicate that a message has been received at its destination. This message-handling module also has a transmission completion detector operable to detect, in dependence upon a message receipt indicator value that a message has been received by all of the at least two destination processor cores and to initiate transmission of an acknowledgement signal to the source processor core.

Disclosed herein is a method and system for alerting users of an appointment system of any change in an appointment schedule between practitioners and clients. If a user registered in the appointment system chooses to schedule an appointment, the user confirms the appointment by sending a conformation message to the message handling module. The appointment system, at predetermined intervals of time compares the status of preferred schedule of appointment against the existing schedule of appointments and if there is any change in the status of scheduled appointment, the change is stored in the central database and an alert message generated. The alert messages are sent via email or short message services (SMS) or a prerecorded voice message on their wire-line phone to users affected by the change in schedule and who have registered for the appointment service.

A method and system (200) for message handling in a messaging system by: receiving messages from applications associated with transactions and placing the received messages in a queue (230) for subsequent retrieval; receiving requests of prepare, commit and abort for the transactions; deferring retrieval of messages from the queue so as to occur in the same sequence as the prepare requests of the transactions with which the respective messages are associated; and retrieving from the queue messages associated with a transaction in the order in which the messages were put by the application. Preferably deferral is achieved by deferring completion of transaction commits as required to occur in the same order as the prepare message requests. Deferral may be implemented by (i) using a three phase commit protocol having Prepare, Commit, and Release phases and by implementing the Release phase within the Commit phase of the same or a different transaction so that a standard two-phase coordinator may be used, or (ii) by completing a first part of a commit phase as requested and deferring a second part of the commit phase as required. This permits appropriate message ordering in a transactional system, and in particular permits the correct implementation of a database replication system (220) using coordinated message transport that is fed the changes during database transactions.

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.

A method and apparatus handles authentication on an IPv6 network, in which IPv6 security network nodes are allowed to communicate with each other through mutual authentication using secure information transmitted from a certificate authority, thus minimizing the amount of messages exchanged between the certificate authority and each node. Further, it is possible to essentially block nodes accessing to the IPv6 security network maliciously by handling mutual authentication through the exchanged messages when initial authentication is handled between a certificate authority handling authentication on the IPv6 security network and a node accessing to the IPv6 security network.

Managing incoming calls and/or messages in a communications system In a communications system, incoming calls and/or messages are managed by checking upon receipt of a call and/or message—if a pre-defined availability status allocated to a recipient of the call and/or message is activated. Upon activation of a pre-defined availability status a pre-defined filter rule is applied to the call and/or message in accordance with the activated availability status. A call and/or message handling action associated with the activated availability status is executed.

A message handling computing system that provides security across even transport-independent communication mechanisms, and which allows for convenient extension of security to different security token types, and may provide end-to-end security across different transport protocols. The message handling computing system includes a message handling component configured to send and receive network messages having security tokens. The message handling component interfaces with an expandable and contractible set of security token managers through a standardized application program interface. Each security manager is capable of providing security services for messages that correspond to security tokens of a particular type. A security token plug-in component registers new security token managers with the message handling component.

Message handling in a local area network including switches and clients is provided. At least one of the switches is a peer switch that is capable of monitoring a status of another switch, and at least one switch connects the clients redundantly. A station announcement message is sent by the peer switch for at least one client of the other switch. In each station message announcement, there is inserted a source address of the other switch. The other switches handle the station message announcement as though the station message announcement came from the client.