Abstract: Systems and methods for reducing problems and disadvantages associated with downloading content associated with optical media are disclosed. A method may include determining a size of an item of content to be downloaded. The method may also include determining a download speed of a network connection between an information handling system and a content provider and determining a fractional download size corresponding with a desired download time at the download speed of the network connection based at least on the download speed. The method may further include downloading a plurality of portions of the content from the content provider, each portion less than or substantially equal in file size than the fractional download size, wherein at least two of the plurality of portions are downloaded substantially in parallel, and combining each of the plurality of portions such that the combination is substantially similar to the item of content.

Abstract: Systems and methods for reducing problems and disadvantages associated with downloading content associated with optical media are disclosed. A method may include determining a size of an item of content to be downloaded. The method may also include determining a download speed of a network connection between an information handling system and a content provider and determining a fractional download size corresponding with a desired download time at the download speed of the network connection based at least on the download speed. The method may further include downloading a plurality of portions of the content from the content provider, each portion less than or substantially equal in file size than the fractional download size, wherein at least two of the plurality of portions are downloaded substantially in parallel, and combining each of the plurality of portions such that the combination is substantially similar to the item of content.

Abstract: Systems and methods for reducing problems and disadvantages associated with downloading content associated with optical media are disclosed. A method may include determining a size of an item of content to be downloaded. The method may also include determining a download speed of a network connection between an information handling system and a content provider and determining a fractional download size corresponding with a desired download time at the download speed of the network connection based at least on the download speed. The method may further include downloading a plurality of portions of the content from the content provider, each portion less than or substantially equal in file size than the fractional download size, wherein at least two of the plurality of portions are downloaded substantially in parallel, and combining each of the plurality of portions such that the combination is substantially similar to the item of content.

Abstract: Audiovisual content stored on an optical medium is searched for presentation of desired visual frames by indexing and analyzing subtitles associated with the visual frames. A subtitle index engine retrieves subtitles from the audiovisual content and maps the subtitles to associated visual frames. A subtitle search engine applies search queries to the subtitle index to identify frames having associated subtitles with a predetermined relationship. The subtitle index engine and subtitle search engine are present on an optical medium, such as a BD medium. The index and search engines are design for execution in an application framework associated with the optical medium, such as JAVA working with a JAVA application programming interface.