164 results about "Global configuration" patented technology

A group of headless computer entities is formed via a local area network connection by means of an aggregation service application, operated on a headless computer entity selected as a master entity, which propagates configuration settings for time zone, application settings, security settings and the like across individual slave computer entities within the group. A human operator can change configuration settings globally at group level via a user interface display on a conventional computer having a user console, which interacts with the master headless computer entity via a web administration interface. Addition and subtraction of computer entities from a group are handled by an aggregation service application, and interlocks and error checking is applied throughout the group to ensure that no changes to a slave computer entity are made, unless those changes conform to global configuration settings enforced by the master headless computer entity.

A distributed network monitoring system includes a central monitoring device configured to store global configuration information for all monitoring devices which make up the distributed system, and one or more remote monitoring devices configured to receive, in response to a request therefor, at least a portion of the configuration information from the central monitoring device. The remote monitoring devices and the central monitoring device may be communicatively coupled through respective secure communications paths (e.g., SSH communication tunnels) established on an as-needed basis by secure communication tunnel processes executing at the central monitoring device and remote monitoring devices. The central network monitoring device may further include a configuration servlet configured to provide requested portions of the configuration information to the one or more remote monitoring devices.

One embodiment of the present invention provides a switch. The switch includes a port to couple to a second switch. The switch also includes a control mechanism configured to maintain a set of configuration information for a virtual cluster switch which includes a number of member switches. The set of configuration information includes global configuration information for the virtual cluster switch and switch-specific configuration information for one or more member switches. In addition, the set of configuration information is replicated and stored at each member switch.

A computerized system and method for processing network content associated with multiple virtual domains. The processing may include anti-malware scanning and/or content filtering. The content associated with multiple domains may be processed in the same daemon process. In response to connection requests from virtual domains, the service process creates separate sockets to communicate with each virtual domain. A global configuration management module is used to provide configuration parameters for each session to the service process. A logging manager processes both the global logs and the logs from each virtual domain. Alternatively, the service process may initiate other service processes to handle incoming connections from one or more virtual domains, in order to better utilize resources in a multiple-CPU environment. Different service processes may be used to handle various aspects of content processes, for example one process may handle anti-malware scanning, while another process may handle content filtering.

A group of headless computer entities is formed via a local area network connection by means of an aggregation service application, operated on a headless computer entity selected as a master entity, which propagates configuration settings for time zone, application settings, security settings and the like across individual slave computer entities within the group. A human operator can change configuration settings globally at group level via a user interface display on a conventional computer having a user console, which interacts with the master headless computer entity via a web administration interface. Addition and subtraction of computer entities from a group are handled by an aggregation service application, and interlocks and error checking is applied throughout the group to ensure that no changes to a slave computer entity are made, unless those changes conform to global configuration settings enforced by the master headless computer entity.

The purpose of this invention is to provide computer or smartphone users with a self-adapting user interface and shortcuts to most frequently used actions (visual or audio).

The invention may be applied to menus and to search queries. User has a choice of recent, most frequently used, group, regional or global configuration for either menu or search query defaults. These configurations can be accessed either locally on a disconnected device, synchronized between devices directly or indirectly through a third device such as a local or remote server.

The search query can be visually configured to interact with any search engine. The uniqueness of this invention is in access to the last or most frequent uses. The resulting queries can extend from single-term to complex multi-term, multi-range combinations of inclusions and exclusions. The balancing of included search terms with excluded ones helps to eliminate unwanted finds in any database.

A group of headless computer entities is formed via a local area network connection by means of an aggregation service application, operated on a headless computer entity selected as a master entity, which propagates configuration settings for time zone, application settings, security settings and the like across individual slave computer entities within the group. A human operator can change configuration settings globally at group level via a user interface display on a conventional computer having a user console, which interacts with the master headless computer entity via a web administration interface. Addition and subtraction of computer entities from a group are handled by an aggregation service application, and interlocks and error checking is applied throughout the group to ensure that no changes to a slave computer entity are made, unless those changes conform to global configuration settings enforced by the master headless computer entity.

A method and system for dynamically configuring a server computer is provided. A global configuration file is utilized to configure a server computer on a per request basis. When a request is received at a server computer embodying aspects of the present invention, the server computer dynamically configures itself utilizing the contents of a global configuration file. The global configuration file contains configuration settings that may or may not be utilized by the server computer in configuring itself. To determine if particular configuration settings should be utilized by the server computer in configuring itself, the server computer parses rules also contained in the global configuration file. If a rule is evaluated as true, configuration settings associated with the rule are used by the server computer when configuring itself. The server computer can then respond to the request utilizing its dynamic configuration.

A network and connection provisioning framework for configuring and provisioning multiple aspects of network connectivity (e.g., multiple networks, media types, and/or connections). The framework may comprise a unified configuration interface that enables an administrator to configure multiple different types of network connectivity. A single configuration file comprising settings for multiple aspects of network connectivity may be generated based on preferences entered by a system administrator, or by exporting current settings from a particular computing device. Global configuration policies or other configuration settings that span multiple types of network connectivity may be also created and stored in one or more configuration files. Stand-alone media managers and/or plug-in modules may implement one or more standardized application programming interface functions so that they may interoperate with the network and connection provisioning framework. The standardized API may be used to ensure that configuration information is handled and stored in a standardized manner by different media managers and/or plug-in modules.

The invention discloses a parallel method for simulating and optimizing the computer architecture scheme based on a cluster system, and aims to provide a parallel method for simulating and optimizing the design scheme of the computer architecture. The technical scheme is that a parallel computer system which consists of a main control node and simulation nodes and is provided with a remote command execution environment is firstly built, and a global configuration program, a simulated configuration file generating program, a task dispatching program and a result analyzing program are arranged on the main control node, wherein, the global configuration program is used for arranging global configuration; the simulated configuration file generating program is used for generating all simulated configuration files; the task dispatching program distributes simulation evaluation tasks to each node, controls each simulation node and performs simulation evaluation; and the result analyzing program searches simulation result files sent from the simulation nodes for statistics, screens out optimal configuration parameter values, and outputs a report. By adopting the invention, the time for evaluation and optimization can be reduced, and the selection accuracy is improved.

A network and connection provisioning framework for configuring and provisioning multiple aspects of network connectivity (e.g., multiple networks, media types, and/or connections). The framework may comprise a unified configuration interface that enables an administrator to configure multiple different types of network connectivity. A single configuration file comprising settings for multiple aspects of network connectivity may be generated based on preferences entered by a system administrator, or by exporting current settings from a particular computing device. Global configuration policies or other configuration settings that span multiple types of network connectivity may be also created and stored in one or more configuration files. Stand-alone media managers and/or plug-in modules may implement one or more standardized application programming interface functions so that they may interoperate with the network and connection provisioning framework. The standardized API may be used to ensure that configuration information is handled and stored in a standardized manner by different media managers and/or plug-in modules.

A network and connection provisioning framework for configuring and provisioning multiple aspects of network connectivity (e.g., multiple networks, media types, and/or connections). The framework may comprise a unified configuration interface that enables an administrator to configure multiple different types of network connectivity. A single configuration file comprising settings for multiple aspects of network connectivity may be generated based on preferences entered by a system administrator, or by exporting current settings from a particular computing device. Global configuration policies or other configuration settings that span multiple types of network connectivity may be also created and stored in one or more configuration files. Stand-alone media managers and/or plug-in modules may implement one or more standardized application programming interface functions so that they may interoperate with the network and connection provisioning framework. The standardized API may be used to ensure that configuration information is handled and stored in a standardized manner by different media managers and/or plug-in modules.

A method of associating virtual stripes to physical stripes in a pipelined or ring structure comprises associating a first set of virtual stripes with at least two physical stripes and associating a second set of virtual stripes, disjoint from the first set, with at least two additional physical stripes. The present invention is also directed to a method of configuring a plurality of processing elements based on a less than global, but not purely local, association. The configuration method of the present invention may be implemented in a device arranged in stripes of processing elements. The method comprises configuring either of at least two physical stripes with a virtual stripe from a first set of virtual stripes and configuring either of at least two additional physical stripes with a virtual stripe from a second set of virtual stripes, said first and second virtual sets being disjoint. The present invention is also directed to a reconfigurable device comprising a controller, a memory device responsive to the controller, a plurality of processing elements arranged in stripes, a plurality of intra-stripe interconnections for connecting processing elements within a stripe, a plurality of local inter-stripe connections for connecting the output of one stripe to the input of one and only one other stripe, a plurality of global inter-stripe connections for connecting at least one but less than all of the physical stripes to the memory, and an input bus and an output bus, each connected to at least one physical stripe.

The invention discloses an OSGi (open service gateway initiative)-based web interface frame system and a web business processing method thereof. The OSGi-based web interface frame system comprises a global configuration module, an Http (hyper text transport protocol) processing module, an address mapping module, a model processing module, a view processing module, a template processing module, a template engine module and an auxiliary generic module. The Http processing module comprises an Http request processing module, an Http response processing module and an Http exception processing module. The OSGi-based web interface frame system has the advantages that message exchange of the OSGi and web service is realized, the OSGi is automatically conversed with java objects through JSON (javascript object notiation), component management and program development are facilitated, developers can develop the OSGi-based web component by inheriting the corresponding interface, reusability is high, problems are easy to be tracked, and development cost is lowered.

The invention provides a cloud based unmanned aerial vehicle cluster communication system. In the system provided by the invention, a cluster cloud controller is the core of the cloud based unmanned aerial vehicle cluster communication system, and is responsible for monitoring topological variations, the link state and the flight state of the cluster system in real time. The system adopts a mode of centralized deployment, that is, maintenance and global configuration are carried out on the network state of the whole cluster by one cluster cloud controller living example. The cloud based unmanned aerial vehicle cluster communication system can adapt to the quickly changing topological structure, save limited airborne computing resources, improve the endurance, overcome quality instability of a wireless channel, and improve the cluster communication performance and the reliability of a routing protocol in particular. According to the invention, ad hoc network communication architecture is designed in allusion to unmanned aerial vehicle cluster characteristics, thereby improving the routing operation performance, the endurance and the wireless channel utilization rate.

The present invention relates to an implementation method of the common operation system architecture based on common information bus, the operating procedures are as follows: (1) the USSA consists of an application layer component, a common information bus component and a basis layer component, the distribution interaction and the distribution disposing function of each component is realized by the common information bus subassemblies; (2) the components are classified to three layers from the inner functions: a communication link layer, a common information distribution layer and a common information processing layer; the interaction integration between the subassemblies employs the conversation mode of the common information bus format; (3) the global configuration files are composed, the configuration proposal of the USSA system is designed, the components on the operation system are physically deployed, and a function entity table, a subnet table and a link connecting table of the architecture system are hereby constituted; (4) when a new service is added, the arranged subassemblies classifying method and disposing method are used for constituting and disposing the components of the new service. The method can generate a plurality of telecommunication services fast and flexibly and has good reusability, openness and compatibility.

The invention belongs to the technical field of FPGA devices, and particularly relates to a two-stage FPGA pipeline configuration circuit. The circuit utilizes two FIFO (first input first output) modules as buffers between a configuration interface and configuration control logic, and the configuration control logic comprises a configuration register set, a global configuration control state machine, a bit stream analysis module, a configuration address generation module, a frame ECC (error correction code) circuit, a CRC (cyclic redundancy check) 32 circuit and the like. A download data path is transmitted to an FPGA by the download FIFO module via a download data register, and a readback data path is transmitted to a readback FIFO module by the FPGA via a readback data register. The circuit with the structure utilizes two-stage pipelines to control download and readback of data, feedback handshaking signals with the flow direction opposite to the flow direction of the data are absent in the data paths, the data are read by the first stage of each pipeline at a highest speed rate, and speed and throughput rate of download and readback of the data can be greatly increased by the aid of the circuit with the structure.

The invention discloses a global configuration based multi-tenant dynamic switching data source system. The data source system mainly includes: isolating tenant data according to database rank; sharing a connection pool, wherein the connection number is controllable; supporting a database mapping of a specific tenant or a specific application; monitoring configuration information change in real time, and dynamically adjusting linkage information; solving the problem that similar information of multiple tenants are stored in the same two-dimensional table, and the maintenance difficulty is large; solving the problem that service data is isolated logically, and is not isolated physically; solving the problem that recovery of a database will affect all the tenants while data of a certain tenant is wrong; solving the problem that all the user accesses are affected while a single set database server goes down; solving the problem that a database connection pool is not controllable, and there is no an independent database service for the specific tenant or a specific user; overcoming the defect that a tenant data isolation problem and a connection pool problem cannot be dealt in a simple manner; and the implementation manner of a dynamic data source can be simplified.

The invention relates to the technical field of financial science and technology, and discloses a applet generation method, a device, equipment and a computer readable storage medium. The method comprises the following steps: acquiring a third-party global configuration file, and storing the third-party global configuration file in a preset directory; reading first target field information of thethird-party global configuration file, obtaining a target page, and copying a page file corresponding to the target page to the preset directory from a source code directory; analyzing dependent resources of the page file based on the page file and a preset rule, and obtaining a path of the dependent resources; and obtaining a source code of the dependent resource from the source code directory according to the path of the dependent resource, and copying the source code to the preset directory to generate a third-party applet. According to the method, the problem that codes of the third-partyapplet are difficult to maintain when the third party accesses the applet in the prior art can be solved.

The invention discloses an LTE maritime emergency communication system based on an unmanned ship base station network. The system comprises the unmanned ship base station network, a short LTE base station and a synchronous orbit communication satellite. The unmanned ship base station network comprises a parent node unmanned ship and an unmanned ship subset. The parent node unmanned ship is the relay station between the communication satellite and the unmanned ship subset and furthermore performs real-time monitoring and controlling on the chain state and stationary point position of the unmanned ship subset. According to the emergency communication system, a centralized deposition manner is utilized. Namely the parent node unmanned ship performs global configuration on the whole unmanned ship base station network, thereby constructing a sea environment oriented rescuing emergency communication system, and settling a problem of depositing the maritime emergency communication system by means of a satellite communication resource and an ad hoc network which is loaded by the unmanned ships.