Oracle International Corporation

Netflix Inc.

Ballav Bihani

Mark Falco

Naresh Revanuru

Patrik Torstensson

Vidyalakshmi Vilathur Sundaram

Jose Moreno

Prosenjit Bhattacharyya

Adam Messinger

Oleksandr Otenko

Steven Liu

Ioannis Cosmadopoulos

Kunal Bisla

Staffan Larsen

Shashidhara Mathada

Pragya Pherwani

Bharath Sampath

Robert H Lee

Gene Gleyzer

Ola Torudbakken

Jason Howes

Brian Oliver

Nathan Reynolds

Christer Fahlgren

Nathan Luther Reynolds

Joshua Lee Dorr

Sameer Shah

Lenny Phan

Prashant Agarwal

David A Guy

Scott Oaks

Pallab Bhattacharya

Tim Middleton

Matthew James Rickard

Marianna Semeniakin

Ranjith Kumar Shetty

Patrick Brendon Pearson

Allison Filemyr Smith

Chen Liu

Brad Cameron

One embodiment of the present disclosure sets forth a technique for generating translation suggestions. The technique includes receiving a sequence of source-language subtitle events associated with a content item, where each source-language subtitle event includes a different textual string representing a corresponding portion of the content item, generating a unit of translatable text based on a textual string included in at least one source-language subtitle event from the sequence, translating, via software executing on a machine, the unit of translatable text into target-language text, generating, based on the target-language text, at least one target-language subtitle event associated with a portion of the content item corresponding to the at least one source-language subtitle event, and generating, for display, a subtitle presentation template that includes the at least one target-language subtitle event.

Machine-assisted translation for subtitle localization

A technique for translating text strings includes receiving a source language text string from an application, determining that a translated text string that includes a translation in a target language of the source language text string is not available for use by the application, transmitting the source language text string to a translation service for translation, receiving the translated text string from the translation service, and causing the translated text string to be available for use by the application.

Change detection in a string repository for translated content

In accordance with an embodiment, the system supports use of an in-memory data grid or other distributed memory environment, for example Oracle Coherence. A partition provides a runtime and administrative subdivision or slice of an application server domain. An application can be deployed to a particular partition, or otherwise associated with a particular domain partition name. The domain partition name can be used by the data grid to enable a separation of data between different partitions or between tenants associated with those partitions. In some embodiments, one or more data grid services, for example caches and clustered services, can be shared across multiple partitions. Alternatively, the data grid can provide read-shared/write-specific access to data grid services, in which multiple partitions can share an initial set of data, but their subsequent modifications to that data are then isolated from each other.

System and method for supporting use of an in-memory data grid with a multitenant application server environment

A system and method can support federation replication in a distributed computing environment. The system can provide one or more federation replication channels between a plurality of members in a first cluster and a plurality of members in a second cluster. Furthermore, a replication request can be transmitted from a federation coordinator to the plurality of members in the first cluster, wherein each said member in the first cluster owns a set of partitions. Then, the aggregated data for each said partition in the first cluster can be sent to the plurality of members in the second cluster via said one or more federation replication channels. Additionally, using the second cluster, the system can take a persistent snapshot of information on the plurality of members in the first cluster while the first cluster is operational.

System and method for supporting data grid snapshot and federation

One embodiment of the present invention sets forth a technique for translating textual content. The technique includes receiving a request to translate an element of source text from an origin language to a target language and searching a database for an element of matching text in the origin language that at least partially matches the element of source text. The technique further includes, if an element of matching text is found in the database, then reading from the database an element of previously translated text that is mapped to the element of matching text and includes at least one word that is translated into the target language, and transmitting the element of source text, the element of matching text, and the element of previously translated text to a location for translation, or if an element of matching text is not found in the database, then transmitting the element of source text to the location for translation.

Localization platform that leverages previously translated content

A system and method can support socket programming in a server environment, such as a distributed data grid. The server environment can include a selection service that operates to register a plurality of sockets, wherein each said socket is associated with a handler in a plurality of handlers. Furthermore, the selection service can listen for one or more incoming connection requests on the plurality of sockets, and invoke a pluggable callback provided by a said handler associated with a registered socket in the plurality of sockets, when said registered socket receives an incoming connection request.

System and method for supporting a selection service in a server environment

Systems and methods are provided for providing scatter/gather data processing. In accordance with an embodiment, a such a system can include a cluster of one or more high performance computing systems, each including one or more processors and a high performance memory. The cluster communicates over an InfiniBand network. The system can also include a middleware environment, executing on the cluster, that includes one or more application server instances. The system can further include a plurality of muxers. Each application server instance includes at least one muxer, and each muxer is operable to collect data from a plurality of locations in the high performance memory, and transfer the data in bulk.

System and method for providing scatter/gather data processing in a middleware environment

A system and method can support socket programming in a server environment, such as a distributed data grid. The server environment can include a selection service that operates to register a plurality of sockets, wherein each socket is associated with a handler in a plurality of handlers. Furthermore, the selection service can listen for one or more incoming connection requests on the plurality of sockets, and invoke a pluggable callback provided by a handler associated with a registered socket in the plurality of sockets, when registered socket receives an incoming connection request.

A system and method for providing an in-memory data grid application container, for use with an application server, is described herein. In accordance with an embodiment, an application server, such as WebLogic Server (WLS), can be used to host data grid applications, such as Coherence applications (in which case the application container can be referred to as a Coherence container), and deliver the same benefits that regular Java Enterprise Edition (EE) applications derive from being hosted in a WLS environment. A model for creating combined Java EE and data grid applications can also be provided, by merging the programming, packaging, and deployment models used for data grid with existing Java EE models.

System and method for providing an in-memory data grid application container

A system and method can support data interoperability in a distributed data grid. The system can provide an acceptor in the distributed data grid, wherein the acceptor is associated with a cache that is based on the distributed data grid. Furthermore, the acceptor can receive incoming data from a first client, which can be a non-native client that is associated with a client application. Additionally, the system allows a second client, which can be a native client associated with the distributed cache, to share the received incoming data with the first client.

System and method for providing data interoperability in a distributed data grid

A system and method can support port multiplexing in a server environment, e.g. in a distributed data grid. The server environment can comprise a port to receive one or more request, wherein the port is adapted to be associated with different port address values and the port operates to receive one or more connection requests. Additionally, the server environment allows a plurality of sockets to utilize the different port address values to support multiplexing of sockets over the port, and a multiplexed socket provider can be used to provide the plurality of sockets.

System and method for supporting port multiplexing in a server environment

A system and method for providing a middleware machine or similar platform. In accordance with an embodiment the system (referred to herein in some implementations as 'Exalogic') comprises a combination of high performance hardware, together with an application server or middleware environment, to provide a complete Java EE application server complex which includes a massively parallel in-memory grid, can be provisioned quickly, and can scale on demand. In accordance with an embodiment, the system can be deployed as a full, half, or quarter rack, or other configuration, that provides an application server grid, storage area network, and InfiniBand network, which support the execution of an application server, middleware or other functionality such as, for example, WebLogic Server, JRockit or Hotspot JVM, Oracle Linux or Solaris, and Oracle VM. Additional features of the system can include, e.g. Zero Buffer Copies, Scatter/Gather I/O, T3 Connections, and Lazy Deserialization.

System and method for providing zero buffer copying in a middleware machine environment

Described herein are systems and methods for managing nodes in a data grid from within an application server. The system includes an application server having an administrative user interface, and a data grid including a plurality of nodes operating as a cluster, wherein each node in the data grid has node attributes that define node functionality. A configuration repository provided by the application server is accessible to the administrative user interface, and stores configuration information used by the administrative user interface to directly manage the plurality of nodes in the data grid. Upon receiving interpreted configuration information from the application server at a node manager client on the application server, the node manager client modifies the operation of the plurality of nodes in the data grid by overriding node attributes according to the interpreted configuration information, wherein the plurality of nodes thereafter operate according to the configuration information.

Management of data nodes in an application server

A system and method can support one-way Remote Method Invocation (RMI) session replication in a middleware machine environment, such as a server cluster. The server cluster can include a primary application server and a secondary application server. The primary application server receives a request with a session from a client, maintain the session information, and replicate the session information to a secondary application server using one-way Remote Method Invocation (RMI). The primary application server can then respond to the client based on the session information after receiving a return message of the one-way RMI from a network socket associate with the primary application server. The benefit of using one-way RMI is that the primary application server does not have to wait for an acknowledgment from the secondary application server instance, since the underlying transport protocol guarantees that the session data has been successfully transmitted to the second server instance.

Growing community of inventors

Fremont, CA, United States of America

Ballav Bihani