2823 results about "Configuration management" patented technology

A method of and system for setting and switching user preferences between system operators, to provide a higher return on investment (ROI) and a more satisfying work environment. The system allows operators to easily select and implement particular customizable system configuration parameters (SCPs) in a code symbol reading system, based on personal preferences of the system operator, which can lead to more effective scanning performance. A different set of customizable SCPs are programmably stored in system memory (e.g. EPROM) for each system operator/user registered to use the system, to improve the quality of the working environment and increase worker productivity.

Automatic configuration management of a network is provided by determining an inventory of resources at a virtualization layer of a node of the network, assigning prioritization to members of a set of network configuration elements, allocating virtual resources among the set of network configuration elements, establishing a network configuration. The configuration is managed by determining real time performance metrics for the configuration, producing a reallocation of the virtual resources based on the performance metrics that are estimated to change the established configuration, change the performance metrics, and initiating the reallocation of the virtual resources. This Abstract is provided for the sole purpose of complying with the Abstract requirement that allows a reader to quickly ascertain the subject matter of the disclosure contained herein. This Abstract is submitted with the understanding that it will not be used to interpret or to limit the scope or the meaning of the claims.

A data network may include an upstream router having one or more data handling queues, a downstream router, and a policy server. In one embodiment, the policy server includes processing resources, a communication interface in communication with the processing resources, and data storage that stores a configuration manager executable by the processing resources. The configuration manager configures data handling queues of the upstream router to provide a selected bandwidth to one or more of a plurality of service classes of data flows. In addition, the configuration manager transmits to the downstream router one or more virtual pool capacities, each corresponding to a bandwidth at the upstream router for one or more associated service classes among the plurality of service classes. In one embodiment, the configuration manager configures the data handling queues on the upstream router only in response to acknowledgment that one or more virtual pool capacities transmitted to the downstream router were successfully installed.

One embodiment is directed to a method of instructing at least one operator in a best practices implementation of a standards facility for managing at least one standard in an information technology (IT) environment comprising a plurality of standards to be managed, the IT environment being managed in accordance with at least some aspects of the Microsoft Operations Framework (MOF), the at least some aspects of the MOF comprising a change management service management function (SMF) that documents, assesses the impact of, approves, schedules and reviews changes in the IT environment and a configuration management SMF that identifies and documents components of the IT environment and relationships between them. The method comprises an act of: (A) instructing the at least one operator to treat the at least one standard as a configuration item so that changes to the at least one standard are managed in accordance with the change management SMF and so that the at least one standard is tracked in accordance with the configuration management SMF.

A network management system for a multi-layer network having multiple architectural or technological domains includes an inter-domain configuration manager arranged between a set of one or more network service management applications and a set of network element domain managers, each of the domain managers being associated with a particular domain of the multi-layer network. The configuration manager implements network service design and provisioning functions across the domains of the network in conjunction with stored connectivity information characterizing the multi-layer network. The network management system further includes an inter-domain fault manager and an inter-domain capacity manager, which provide respective fault management and transport capacity management functions across the domains of the multi-layer network. The inter-domain configuration manager, inter-domain fault manager and inter-domain capacity manager may be interfaced to the set of network service management applications and the set of network element domain managers through corresponding published Common Object Request Broker Architecture (CORBA) Application Programming Interfaces (APIs).

Methods are disclosed for establishing a path for data transmissions in a system having a plurality of possible paths by creating a configuration database and establishing internal connection paths based upon a configuration policy and the configuration database. The configuration policy can be based on available system resources and needs at a given time. In one embodiment, one or more tables are initiated in the configuration database to provide connection information to the system. For example, a path table and a service endpoint table can be employed to establishing a partial record in the configuration database whenever a user connects to a particular port on a universal port card in the system. The method can further include periodically polling records in the path table and transmitting data from the partial records to a policy provisioning manager (PPM). The PPM then implements a connection policy by comparing one or more of the new path characteristics, to the available forwarding card resources in the quadrant containing the universal port card port and path. The path characteristics can include the protocol, the desired number of time slots, the desired number of virtual circuits, and any virtual circuit scheduling restrictions. The PPM can also take other factors into consideration, including quality of service, for example, redundancy requirements or dedicated resource requirements, and balancing resource usage (i.e., load balancing) evenly within a quadrant.

A method and a system for the off site monitoring/diagnostics, command/control, alarm/event management, historical/trend analysis, and configuration/administration of building automation systems through an event manager for use in a facilities monitoring system having network-level and protocol-neutral communication with a physical device. The method includes managing a non internet protocol-based physical device, including coupling a device gateway with the physical device, wherein the device gateway is configured to expose the physical device as a networked device on a server. The method also includes receiving event information from the coupled physical device, wherein the event information includes an event and a device identifier; responsive to a determination that the event information includes an actionable event, processing the event, the device identifier, and the actionable event to determine a responsible process; and notifying the responsible process of the event.

A web hosting system comprises a plurality of geographically separate web hosting facilities with a plurality of servers located at each of the facilities having internet resources hosted thereon. A network accessible centralized database remote from at least some of the web hosting facilities contains information comprising one or more of server serial number, server model, server facility location, server location within a facility, server speed, server memory capacity, server traffic, and server software configuration for at least some of the servers. In some embodiments, different users are allowed to access different information in the database.

A code inspection tool comprises a plurality of physical computing resources connected by a network facility, eg an LAN, intranet or internet, and a voice conferencing communications facility. The code inspection tool interfaces with a known configuration management system to load a quantity of original source code. A group of developers use a plurality of graphical user interfaces to inspect the code. All graphical user interfaces log into display views generated on a main graphical user interface, which is operated by a human controller of a code inspection session. The code inspection tool comprises means for allowing developers to compile annotation data and forward the annotation data from their respective graphical user interfaces to a centralized data store. Internal algorithms of the code inspection tool compile markers relating the annotation data files to individual lines of source code. During a code inspection session, all developers view a same display, which sets out original source code, side by side with new source code on a line by line basis, matching the line numbers of the original source code with those of the new source code. Changes to the original source code and new source code are visually identified by automatic generation of icons next to the appropriate source code lines on the display. Annotations to the source code lines are indicated by further icons next to the appropriate lines. The tool automatically generates data describing statistics of a code inspection process, for example number of lines inspected, during of a code inspection session, proportion of original and new code lines inspected. Code inspection reports may be generated in a variety of formats, eg plain text or HTML, and automatically distributed to individual developers over the networked facility.

A method and system for managing differing software configurations of Consumer Electronic (CE) devices (10) having a unique identifier (18) and network communication means (30) is described. Software options (60, 78) for types of CE device are stored in a software configuration database (46) comprising individual configuration records (70) for each identified CE device (10). The identifier (18) enables a configuration server (40) to look up that devices associated configuration record (70) and installable software options, and provide such options for download to a user's device. The server maintains the record according to user choices, and furthermore upgrades, restores or rolls back software configurations for the CE device(s) according to error detection and/or user preference.

A virtual management system for a network facility, such as a data center, or any facility having a plurality of components which can be organized as objects for presentation in a virtualized environment, is disclosed. The system includes a management topology presenting devices, facilities, subscribers, log servers, and services as objects to an administrative interface; and a configuration manager implementing changes to objects in the topology responsive to configuration input from an administrator via the administrative interface. In an exemplary embodiment, the user interface is a graphical user interface designed to work in a platform independent environment. The system may include a management server coupled to the plurality of objects. In one aspect, the management server communicates with the devices, downloading configuration data to and uploading configuration data from, the devices. The management server and the interface may communicate via a LAN, WAN or the Internet.

A disk drive is disclosed comprising a microprocessor for executing a disk command. The microprocessor initializes a configuration data structure comprising a plurality of configuration parameters with default values. The microprocessor modifies at least one of the configuration parameters with a custom value to generate a custom configuration data structure, and the microprocessor executes the disk command using the custom configuration data structure.

Multimode mobile station includes mobile configuration manager, device interface, and network interface to dynamically provision network configuration for mobile TE2-type mobile terminals and accomodates multiple protocols over multiple carrier access methods over Um interface and multiple access methods over Rm interface. A method for communicating between endpoints, where a mobile node obtains a unique configuration from a network for a managed device. The mobile node dynamically provisions the configuration for the connected managed device, in response to device request or network notice. The node adapts messages over Rm interface for TE2 signals and over Um interface for a wireless protocol.

At least one target configuration of a host at a virtualization software level is automatically assembled based on a source configuration. A policy based profile describing the source configuration is processed. A configuration specification describing the target configuration is automatically created, based on the policy based profile describing the source configuration. The configuration specification is automatically applied to target configurations, such that the target configuration(s) are compliant with the policy based profile.

A multiservice network for delivering enhanced communication services to customer devices attached to either the PSTN, such as telephones and fax machines, or devices attached to the Internet or private data networks, such as PCs or other IP devices, is presented. Enhanced services include IP-based faxing, IP-based telephony, IP-based conferencing, Internet call waiting, messaging services, such as unified messaging, and other advanced services such as find-me-follow-me, and desktop telephony. The multiservice network may be managed by a configuration manager for Internet telephony (COMIT).

The present invention provides a solution to the needs described in the present application through a system and method of using Virtual Labels in conjunction with an existing software configuration management system. The present invention minimizes the identification or meta-data which needs to be written to a source database or source repository whenever a label for a new version of source code needs to be created thereby minimizing the file storage requirements and the network bandwidth for the transmission of replications of the label. The virtual label system makes use of attribute data connected to a label object to record identification meta-data associated with a particular snap-shot of the source code, whereby the attribute data is subsequently used for program builds/releases/new branch development without the need to have the meta-data recorded in every component source file.

The present invention is a high speed serial memory interface system and method that facilitates efficient communication of information between a system controller operating at a relatively high speed serial communication rate and a memory array operating at a relatively slow speed serial communication rate. In one embodiment the present invention is a high speed serial memory interface system with an information configuration core for coordinating proper alignment of information communication signals, a system interface for communicating with a system controller, and a memory array interface for communicating with a memory array. A memory module array for storing information and a high speed serial memory interface system for providing interface configuration management are integrated on a single substrate.

One embodiment is directed to a method of instructing at least one operator in a best practices implementation of a standards facility for managing at least one standard in an information technology (IT) environment comprising a plurality of standards to be managed, the IT environment being managed in accordance with at least some aspects of the Microsoft Operations Framework (MOF), the at least some aspects of the MOF comprising a change management service management function (SMF) that documents, assesses the impact of, approves, schedules and reviews changes in the IT environment and a configuration management SMF that identifies and documents components of the IT environment and relationships between them. The method comprises an act of: (A) instructing the at least one operator to treat the at least one standard as a configuration item so that changes to the at least one standard are managed in accordance with the change management SMF and so that the at least one standard is tracked in accordance with the configuration management SMF.

Methods, signals, devices, and systems are provided for secure access to a network from an external client. Requests for access to confidential data may be redirected from a target server to a border server, after which a secure sockets layer connection between the border server and the external client carries user authentication information. After the user is authenticated to the network, requests may be redirected back to the original target server. Web pages sent from the target server to the external client are scanned for non-secure URLs such as those containing “http://” and modified to make them secure. The target server and the border server utilize various combinations of secure and non-secure caches. Although tunneling, may be used, the extensive configuration management burdens imposed by virtual private networks are not required.

A computer implemented method on a computer readable media is provided for determining the source of a problem in a complex system of managed components based upon symptoms. The problem source identification process is split into different activities. Explicit configuration non-specific representations of types of managed components, their problems, symptoms and the relations along which the problems or symptoms propagate are created that can be manipulated by executable computer code. A data structure is produced for determining the source of a problem by combining one or more of the representations based on information of specific instances of managed components in the system. Computer code is then executed which uses the data structure to determine the source of the problem from one or more symptoms.

Methods and systems disclosed herein can be used for testing an application's rendering of output to individual controls of a Graphical User Interface (GUI), displayed on a target device executing the application. A system according to the present invention includes a test tool running on a development computer that communicates with an agent executing on the target device. Testing is performed by using the test tool to execute test scripts, which cause test input to be injected via the agent into the application on the target device. The test tool can validate whether actual output on the target device matches expected output known to the test tool. The present invention includes a variety of key components, such as a flexible trap manager for handling unexpected screens that appear during an automated test, and a configuration manger for testing against multiple languages and platform configurations.

Certain embodiments provide a system and method for adaptable control and configuration of a gaming environment. Certain embodiments provide a gaming environment configuration system including a plurality of gaming terminals capable of executing games for play by one or more players and a configuration manager configured to receive information regarding available games and the plurality of gaming terminals. The configuration manager generates one or more configurations for the plurality of gaming terminals. The configuration manager may be configured to pause reconfiguration of a gaming terminal based on gaming terminal status. In an embodiment, the system also includes a certificate manager for authenticating access to a game for play on a gaming terminal. Additionally, the system may include a game database server including a plurality of games for play at one or more of the plurality of gaming terminals.