Abstract: A system and method for a first user to communicate in an Internet Protocol (IP) centric distributed network is described. The method can include a plurality of service layers including a network service function layer, a local service function layer, and an access service function layer providing a plurality of functions associated with each of the service layers. The method can also include accessing the network to establish a point of presence at an access management layer and a core portion of the network and to designate a default amount of bandwidth and plurality of default setup parameters; invocating service through an application server on the network to establish an amount of network resources requested by the first user; establishing a transport session to create and manage a connection from the first user to a destination address; and accounting for a service session within the IP centric distributed network.

Abstract: Method and apparatus are disclosed which provide users with access to logical volumes stored on one or more of a plurality of storage elements in a computer storage system. A logical volume identifier which is unique for the accessed logical volume is used for providing access. The logical volume identifier can be used both for translation to a host configuration address and for translation to a physical storage location address.

Abstract: A ventilator monitoring system is described for monitoring a plurality of ventilators. In one embodiment, a server including a dedicated ventilator application program for each type of ventilator, monitors a plurality of heterogeneous ventilators over a wireless network.

Abstract: In one aspect, a network system includes a user interface which allows a user to interact with the network system. An agent server is coupled to the user interface. The agent server manages the operation of the network system. Furthermore, the agent server in conjunction with the user interface is operable to create or modify an agent in response to interaction by the user. In another aspect, a network system includes an agent server which manages the operation of the network system. An agent is operable to utilize a service within the network system. A service wrapper, associated with the service, cooperates with the agent server to mediate interaction between the service and the agent.

Abstract: A method and system are disclosed for substituting an anonymous media access controller (MAC) address for a client computer system's real MAC address in order to disguise an identity of the client computer system when the client computer system is utilizing a network. The client computer system is coupled to a server computer system via the network. A primary storage device is established for storing a MAC address. A MAC address which is stored in the primary storage device is utilized as a network address for the client computer system when the client computer system is utilizing the network. An anonymous MAC address is generated. The anonymous MAC address is not associated with any particular client computer system. The anonymous MAC address is then stored in the primary storage device. The client computer system utilizes the anonymous MAC address as the network address for the client computer system when the client computer system is utilizing the network.

Abstract: The present invention provides a method and system for remotely storing usage data associated with monitored assets of an enterprise. A typical system includes a local data store for storing usage data associated with monitored assets of an enterprise. A usage data aggregation system with access to the local data store is used to aggregate data from the monitored assets and to store the aggregated data in the local data store. A local server also with access to the local data store supports the transmission of the stored usage data from the local data store to a remote server. The system will also typically utilize a remote server having access to a remote data store. The remote server is utilized to receive the usage data transmitted by the local server. After receiving the data, the remote server stores it in the remote data store.

Abstract: A computer system configured to run predefined jobs to process data. The jobs can perform tasks such as retrieving data from a back-end database, preparing report based upon retrieved data or notifying user when a particular condition occurs. The computer system presents data to user in an object called a portal page. The portal page is an object arranged in a format that is readable by a browser. The portal page is a highly configurable document that may be comprised of a plurality of modules called portal objects. Each portal object may contain a set of links corresponding to output reports, jobs, or other objects stored within a repository. One feature of the portal page is dynamically updated portal object. A dynamically updated portal object is an object that is updated on the user's portal page upon data stored in the portal system.

Abstract: The invention provides for servicing a client. A request is received from a client having certain capabilities. This request is automatically satisfied in a manner tailored to the capabilities of the client.

Abstract: The A method and system for server synchronization with a computing device via a companion device is disclosed. In one embodiment, the method comprises synchronizing a device and an enterprise server via a companion device, which comprises retrieving a record extraction sequence from the server; providing the record extraction sequence to the handheld device from the companion device; and extracting records stored on a database according to the record extraction sequence, wherein the extracted records are not already stored on the computing device.

Abstract: Thus provided according to one aspect of the invention is a method of communication by the Internet network between at least a first GROUP member and a second GROUP member, each connectable to one or more SERVERS having data-bases, and employing an interface for displaying web-page(s), comprising the steps of establishing connection by the first GROUP member to a SERVER, establishing connection by the second GROUP member, to the SERVER, updating the first and the second GROUP members of being respectively connected to the SERVER, loading an original web-page by the first GROUP member, updating the second GROUP member of the location of the web-page; and loading the original web-page by the second GROUP member.

Abstract: The present invention relates to dynamic Client configuration and more particularly to a system and a method for automatically configuring a Client to access each desired SNA Application through an appropriate Server. A configuration feature (also called Automatic Server Configuration option) in a Client automatically retrieves a configuration code (also called Autoserver code, in order to configure the Client to access desired SNA Applications through appropriate Servers. A CGI (Common Gateway Interface, program on an Autoserver URL (Universal Resource Locator) system dynamically creates an Autoserver code (also called TN client configuration code). The Autoserver code is used by the Client to associate to each desired SNA Application an appropriate Server. The automatic configuration of the Client allows the user to directly access an SNA Application without having first to connect to an Intermediate Selection Application and Selection Screen.

Abstract: In a multi-computer system having a plurality of computers, an input/output device configuration definition table and an input/output device configuration reference table are adapted to be collectively managed. A configuration management program manages the configuration definition of all input/output devices of a plurality of computers by using the input/output device configuration definition table, and generates a changed data file when an input/output device configuration is changed. Dynamic system alteration is effected by changing the contents of the input/output device configuration reference table stored in a shared memory, in accordance with the changed data file. The input/output device configuration definition table and the input/output device configuration reference table each have an input/output device information part and an input/output device connection information part arranged in a matrix form to allow addition/deletion of an input/output device and a computer.

Abstract: An automated provisioning and management system for network devices includes a library of commands that are generic to all devices of interest, and device-specific plug-ins for implementing those commands in each of the different devices. A user can select any one of the standard commands and have it applied to a particular device of interest in a manner which is capable of being handled by that device. An interface between the library and a source of configuration information, such as a database, enables the various tasks associated with the provisioning and management of network devices to be automatically carried out on multiple devices, thereby minimizing, or even eliminating, the need to manually configure each such device. Various tools are provided to facilitate the ability of support personnel to identify and monitor functions performed by various devices, as well as detect and correct errors in the operation of those devices.

Abstract: A facsimile control section detects whether or not a transmission destination is busy. When the busy state is detected, the facsimile control section notifies a busy notification mail generating section that the busy state has been detected. In accordance with this notification, the busy notification mail generating section generates a busy notification mail and instructs a mail transmitting section to transmit the generated mail. Thereafter, the facsimile control section executes a retry of facsimile transmission to a facsimile apparatus of transmission destination. This makes it possible for a request source, which is placed at a remote site and the like, to easily recognize whether or not a relay apparatus is retrying.

Abstract: For use with a packet transport network having first and second packet networks employing first and second transport protocols, respectively, a link layer device, method of translating packets between transport protocols and a packet transport system employing the device and method. In one embodiment, the link layer device includes a first protocol subsystem that receives and transmits packets in the first transport protocol over the first packet network and a physical layer device subsystem that translates the packets between the first and second transport protocols and communicates with the physical layer device employing flow control. The second transport protocol includes a packet control status with a channel number indicator that accommodates a channel number greater than 256. The link layer device further includes a channel memory subsystem that buffers the packets in a channel storage area on a per channel basis for transmission by the link layer device.

Abstract: A system and method for the optimized storage and retrieval of video data at distributed sites calls for the deployment of “Smart Mirror” sites throughout a network, each of which maintains a copy of certain data managed by the system. User addresses are assigned to specific delivery sites based on an analysis of network performance with respect to each of the available delivery sites. Generalized network performance data is collected and stored to facilitate the selection of additional delivery sites and to ensure the preservation of improved performance in comparison to traditional networks.

Abstract: A client device, or information appliance such as a personal digital assistant, is capable of receiving multimedia data streams from a server. However, due to processing and display capabilities, the client device may not be able to present the complete data stream, or a user may elect to configure the client device not to process data that will unduly reduce the client device's performance. Accordingly, the present invention provides a method and apparatus for allowing a server to determine the native, or user selected, capabilities of a client device, such that the server can filter and parse the data into meaningfully presentable data and non-meaningfully presentable data, and then transmit only the meaningfully presentable data to the client device for processing and display.

Abstract: A communication system for retrieving web content is disclosed. A downstream proxy server receives a URL request message from a web browser, in which the URL request message specifies a URL content that has an embedded object. An upstream proxy server receives the URL request message from the downstream proxy server. The upstream proxy server selectively forwards the URL request message to a web server and receives the URL content from the web server, wherein the upstream proxy server forwards the URL content to the downstream proxy server and parses the URL content to obtain the embedded object prior to receiving a corresponding embedded object request message initiated by the web browser.

Abstract: A communication system embodying the invention has a communication channel with at least two ends, one end of the channel being connected to a transmission device with relatively limited computational capacity and an other end of the channel being connected to a computer having relatively large computational capacity. The transmission device includes a signal source node; a set of M−1 delay buffers connected in series and defining a set of M progressively delayed signal nodes, M being a positive integer, one end of the series of M delay buffers being connected to the signal source node; a set of M parallel downsampling operators connected to the M progressively delayed signal nodes; and, a parallel-to-serial converter having M parallel inputs and a single serial output, the M parallel inputs being connected to the outputs of the M parallel downsampling operators and the single serial output being coupled to the one end of the communication channel.

Abstract: A wireless communications network includes a wireless client device, such as a notebook computer, a personal digital assistant, or a data-enabled telephone. The network includes a router for receiving communications from the wireless client device. The router is connected to an application service provider (ASP) server computer of the network. The ASP server computer of the network has a tiered architecture that includes a deserialized server and a centralization server. The deserialized server functions to handle relatively dynamic information in client-server communications with the wireless client device, and the centralization server functions to handle relatively static information in such communications. A session server of the ASP server computer generates a proxy cookie. The proxy cookie includes all relevant information for the wireless client device for the particular communications session.