Yume, Inc.

Utstarcom, Incorporated

Matthew D Shaver

Sachin Gupta

Pradeep Pandey

Ayyappan Sankaran

Jayant Kadambi

Gary Tsztoo

Sridhar G Sharma Isukapalli

Neal A Schneider

A method for providing data over a network using an application server having off-heap caching includes receiving at an application server coupled to a network a request for requested data, using an key index stored on the application server to locate where the requested data is stored in off-heap memory of the application server, retrieving the requested data from the off-heap memory of the application server, and resolving the request.

Network service system and method with off-heap caching

A method for providing data over a network using an application server having off-heap caching includes receiving at an application server coupled to a network a request for requested data, using an key index stored on the application server to locate where the requested data is stored in oil-heap memory of the application server, retrieving the requested data from the off-heap memory of the application server, and resolving the request.

The present invention provides method and system for categorizing a content published on Internet. The method comprising gathering one or more feeds associated with the content. The method further comprises extracting contextual information from the one or more feeds. Thereafter, the content is categorized into one or more general web-based categories belonging to a set of general web-based categories. The categorizing step further comprises performing a semantic analysis of the contextual information that yields a keyword string. The content is classified into the one or more general web-based category based on the keyword string. Finally, the set of general web-based categories is translated to a set of pre-defined categories, such that one or more general web-based category is translated to a pre-defined category that is relevant to an end user.

Method for categorizing content published on internet

A system for transmitting real-time data between an asynchronous network () and a synchronous network () is disclosed. A method () may include an ingress path () for transmitting data from an asynchronous system () to a synchronous system (), and an egress path () for transmitting data from a synchronous system () to an asynchronous system (). An ingress path () may include a packet receiver () and write to synchronous system () steps. An egress path () may include read from synchronous system (), packetizer (), and packet transmitter () steps.

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Fremont, CA, United States of America

Matthew D Shaver