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Небесная энциклопедия

Космические корабли и станции, автоматические КА и методы их проектирования, бортовые комплексы управления, системы и средства жизнеобеспечения, особенности технологии производства ракетно-космических систем

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Мониторинг СМИ

Мониторинг СМИ и социальных сетей. Сканирование интернета, новостных сайтов, специализированных контентных площадок на базе мессенджеров. Гибкие настройки фильтров и первоначальных источников.

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Применить Всего найдено 9. Отображено 9.
26-08-2008 дата публикации

Runtime hosting interfaces

Номер: US0007418718B2
Автор: Weiwen Liu, Steven J. Pratschner, Ian H. Carmichael, Peter A. Carlin, Christopher W. Brumme, Mason K. Bendixen, Beysim Sezgin, Sean E. Trowbridge, Christopher James Brown, Mei-Chin Tsai, Mahesh Prakriya, Raja Krishnaswamy, Alan C. Shi, Suzanne Maurine Cook, LIU WEIWEN, PRATSCHNER STEVEN J, CARMICHAEL IAN H, CARLIN PETER A, BRUMME CHRISTOPHER W, BENDIXEN MASON K, SEZGIN BEYSIM, TROWBRIDGE SEAN E, BROWN CHRISTOPHER JAMES, TSAI MEI-CHIN, PRAKRIYA MAHESH, KRISHNASWAMY RAJA, SHI ALAN C, COOK SUZANNE MAURINE, PRATSCHNER STEVEN J., CARMICHAEL IAN H., CARLIN PETER A., BRUMME CHRISTOPHER W., BENDIXEN MASON K., TROWBRIDGE SEAN E., SHI ALAN C.
Принадлежит: Microsoft Corporation, MICROSOFT CORP, MICROSOFT CORPORATION

Systems and methods for enhanced runtime hosting are described. In one aspect the runtime hosting interface includes a host abstraction interface. The HAI allowing the runtime to configure host execution environment parameters and/or notify the host of a runtime event. In particular, the host abstraction interface (HAI) corresponds to execution environment abstractions supported by a host application. Responsive to an action or event, the runtime invokes an identified HAI or an associated object during execution of runtime managed code.

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Номер записи: 1
20-05-2008 дата публикации

System and method for providing user defined aggregates in a database system

Номер: US0007376656B2
Автор: Jose A. Blakeley, Hongang Zhang, Balaji Rathakrishnan, Ramachandran Venkatesh, Beysim Sezgin, Alexios Boukouvalas, Cesar A. Galindo-Legaria, Peter A. Carlin, BLAKELEY JOSE A, ZHANG HONGANG, RATHAKRISHNAN BALAJI, VENKATESH RAMACHANDRAN, SEZGIN BEYSIM, BOUKOUVALAS ALEXIOS, GALINDO-LEGARIA CESAR A, CARLIN PETER A, BLAKELEY JOSE A., GALINDO-LEGARIA CESAR A., CARLIN PETER A.
Принадлежит: Microsoft Corporation, MICROSOFT CORP, MICROSOFT CORPORATION

A database system and method allows a user to write program code in a high-level programming language that implements a class that defines the structure of a user-defined aggregate and methods that can be invoked on instances of the user-defined aggregate. The class is then registered with the database system, which enforces a specific contract for user-defined aggregates against the class. The contract comprises the following requirements. First, the class must specify one of a plurality of different formats for persisting instances of the user-defined aggregate in a database store. Second, the class must comprise certain specified methods that can be invoked on an instance of the class. Once these requirements are satisfied, the database system enables instances of the user-defined aggregate to be created. Preferably, the database system stores metadata about the user-defined aggregate for subsequent use in creating instances of the aggregate.

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Номер записи: 2
29-07-2008 дата публикации

Enhanced runtime hosting

Номер: US0007406699B2
Автор: Weiwen Liu, Steven J. Pratschner, Ian H. Carmichael, Peter A. Carlin, Christopher W. Brumme, Mason K. Bendixen, Beysim Sezgin, LIU WEIWEN, PRATSCHNER STEVEN J, CARMICHAEL IAN H, CARLIN PETER A, BRUMME CHRISTOPHER W, BENDIXEN MASON K, SEZGIN BEYSIM, PRATSCHNER STEVEN J., CARMICHAEL IAN H., CARLIN PETER A., BRUMME CHRISTOPHER W., BENDIXEN MASON K.
Принадлежит: Microsoft Corporation, MICROSOFT CORP, MICROSOFT CORPORATION

Systems and methods for enhanced runtime hosting are described. In one respect, the runtime identifies any abstraction interface(s) exposed by a host application. The abstraction interface(s) correspond to respective execution environment functionality implemented by the hosting application. During execution of runtime managed code and responsive to an action or event associated with an identified one of the respective execution environment abstractions, the runtime calls a specific interface or object corresponding to a specific one of the abstraction interface(s). This allows the host application to customize/enhance its execution environment, which includes the runtime, as a function of the implemented abstraction(s).

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Номер записи: 3
12-03-2002 дата публикации

Auto-parameterization of database queries

Номер: US0006356887B1
Автор: Harold R. Berenson, Peter A. Carlin, Nigel R. Ellis, Cesar A. Galindo-Legaria, Goetz Graefe, Ajay Kalhan, Craig C. Peeper, Samuel H. Smith, BERENSON HAROLD R, CARLIN PETER A, ELLIS NIGEL R, GALINDO-LEGARIA CESAR A, GRAEFE GOETZ, KALHAN AJAY, PEEPER CRAIG C, SMITH SAMUEL H, BERENSON HAROLD R., CARLIN PETER A., ELLIS NIGEL R., GALINDO-LEGARIA CESAR A., PEEPER CRAIG C., SMITH SAMUEL H.
Принадлежит: Microsoft Corporation, MICROSOFT CORP, MICROSOFT CORPORATION

An auto-parameterization process transforms a database query into a parameterized basic query form by replacing any constant values in the query with parameters. The auto-parameterization process attempts to generate a safe execution plan from the basic query form if there is currently no such plan available. A safe execution plan is defined as an execution plan that is optimal over a range of values for the parameters. If a safe execution plan can be generated, it is passed for execution, along with the constant values that were present in the query. If a safe execution plan cannot be generated, the auto-parameterization process passes a specific execution plan for execution. The safe execution plan is cached either at the time it is created or at the time it is executed. The cache is searched each time a parameterized basic query plan is generated by the auto-parameterization process. The auto-parameterization process also evaluates the query before creating the corresponding parameterized ...

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Номер записи: 4
04-11-2010 дата публикации

Asynchronous Database Index Maintenance

Номер: US20100281005A1
Автор: Peter A. Carlin, Per-Ake Larson, Jingren Zhou, CARLIN PETER A, LARSON PER-AKE, ZHOU JINGREN, CARLIN PETER A.
Принадлежит: Microsoft Corporation

This disclosure provides techniques for asynchronously maintaining database indexes or sub-indexes. For example, a database management server may receive a data manipulation statement to modify particular data stored in a database and determine whether an index associated with executing the statement is maintained asynchronously. When the index is maintained asynchronously, maintenance of the index to reflect changes made to the particular data by executing the data manipulation statement may be delayed until an index maintenance event. The index maintenance may be based on an isolation level of a transaction including a query that triggered the index maintenance.

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Номер записи: 5
11-12-2007 дата публикации

System and method for providing user defined types in a database system

Номер: US0007308460B2
Автор: Ramachandran Venkatesh, Jun Fang, Jose A. Blakeley, Beysim Sezgin, Balaji Rathakrishnan, Peter A. Carlin, VENKATESH RAMACHANDRAN, FANG JUN, BLAKELEY JOSE A, SEZGIN BEYSIM, RATHAKRISHNAN BALAJI, CARLIN PETER A, BLAKELEY JOSE A., CARLIN PETER A.
Принадлежит: Microsoft Corporation, MICROSOFT CORP, MICROSOFT CORPORATION

A database system and method allows a user to write program code in a high-level programming language that implements a class that defines the structure of a user-defined type and methods that can be invoked on instances of the type. The class is then registered with the database system, which enforces a specific contract for user-defined types against the class. The contract comprises the following requirements. First, the class must specify one of a plurality of different formats for persisting instances of the user-defined type in a database store. Second, the class must be capable of returning a null value for the user-defined type. Third, the class must provide a method for converting the user-defined type to another type. Once these requirements are satisfied, the database system enables instances of the user-defined type to be created. A user-defined type can be used in all contexts where any other built-in type can be used. This includes defining columns of tables, declaring variables ...

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Номер записи: 6
20-03-2012 дата публикации

Asynchronous database index maintenance

Номер: US0008140495B2
Автор: Peter A. Carlin, Per-Ake Larson, Jingren Zhou, CARLIN PETER A, LARSON PER-AKE, ZHOU JINGREN, CARLIN PETER A.
Принадлежит: Microsoft Corporation, CARLIN PETER A, LARSON PER-AKE, ZHOU JINGREN, MICROSOFT CORP, CARLIN PETER A., MICROSOFT CORPORATION

This disclosure provides techniques for asynchronously maintaining database indexes or sub-indexes. For example, a database management server may receive a data manipulation statement to modify particular data stored in a database and determine whether an index associated with executing the statement is maintained asynchronously. When the index is maintained asynchronously, maintenance of the index to reflect changes made to the particular data by executing the data manipulation statement may be delayed until an index maintenance event. The index maintenance may be based on an isolation level of a transaction including a query that triggered the index maintenance.

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Номер записи: 7
13-12-2005 дата публикации

System and method for providing user defined types in a database system

Номер: US0006976029B2
Автор: Ramachandran Venkatesh, Jun Fang, Jose A. Blakeley, Beysim Sezgin, Balaji Rathakrishnan, Peter A. Carlin, VENKATESH RAMACHANDRAN, FANG JUN, BLAKELEY JOSE A, SEZGIN BEYSIM, RATHAKRISHNAN BALAJI, CARLIN PETER A, BLAKELEY JOSE A., CARLIN PETER A.
Принадлежит: Microsoft Corporation, MICROSOFT CORP, MICROSOFT CORPORATION

A database system and method allows a user to write program code in a high-level programming language that implements a class that defines the structure of a user-defined type and methods that can be invoked on instances of the type. The class is then registered with the database system, which enforces a specific contract for user-defined types against the class. The contract comprises the following requirements. First, the class must specify one of a plurality of different formats for persisting instances of the user-defined type in a database store. Second, the class must be capable of returning a null value for the user-defined type. Third, the class must provide a method for converting the user-defined type to another type. Once these requirements are satisfied, the database system enables instances of the user-defined type to be created. A user-defined type can be used in all contexts where any other built-in type can be used. This includes defining columns of tables, declaring variables ...

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Номер записи: 8
29-09-2009 дата публикации

System and method for providing user defined types in a database system

Номер: US0007596576B2
Автор: Ramachandran Venkatesh, Jun Fang, Jose A. Blakeley, Beysim Sezgin, Balaji Rathakrishnan, Peter A. Carlin, VENKATESH RAMACHANDRAN, FANG JUN, BLAKELEY JOSE A, SEZGIN BEYSIM, RATHAKRISHNAN BALAJI, CARLIN PETER A, BLAKELEY JOSE A., CARLIN PETER A.
Принадлежит: Microsoft Corporation, MICROSOFT CORP, MICROSOFT CORPORATION

A database system and method allows a user to write program code in a high-level programming language that implements a class that defines the structure of a user-defined type and methods that can be invoked on instances of the type. The class is then registered with the database system, which enforces a specific contract for user-defined types against the class. The contract comprises the following requirements. First, the class must specify one of a plurality of different formats for persisting instances of the user-defined type in a database store. Second, the class must be capable of returning a null value for the user-defined type. Third, the class must provide a method for converting the user-defined type to another type. Once these requirements are satisfied, the database system enables instances of the user-defined type to be created. A user-defined type can be used in all contexts where any other built-in type can be used. This includes defining columns of tables, declaring variables ...

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Номер записи: 9