Abstract: A 3D content adjustment system includes a processor. A camera is coupled to the processor. A non-transitory, computer-readable medium is coupled to the processor and the camera. The computer-readable medium includes a content adjustment engine including instructions that when executed by the processor receive viewer information from the camera, modify a plurality of original stereoscopic images using the viewer information to create a plurality of modified stereoscopic images, and output the plurality of modified stereoscopic images.

Abstract: A method for storing visual information on a storage medium is disclosed, whereby the method includes receiving a first visual information corresponding to a left eye and a second visual information corresponding to a right eye. The method further includes storing the first visual information in a first stream and the second visual information in a second stream on the storage medium, wherein the first stream and the second stream are each stored at full resolution. An information handling system (IHS) is further disclosed including a storage medium operable to store, at full resolution, a first stream of visual information corresponding to a left eye and a second stream of visual information corresponding to a right eye, wherein the first stream and the second stream are each stored at full resolution. The system may further include a playback device operable to read the storage medium and display the visual information.

Abstract: A 3D content adjustment system includes a processor. A camera is coupled to the processor. A non-transitory, computer-readable medium is coupled to the processor and the camera. The computer-readable medium includes a content adjustment engine including instructions that when executed by the processor receive viewer information from the camera, modify a plurality of original stereoscopic images using the viewer information to create a plurality of modified stereoscopic images, and output the plurality of modified stereoscopic images.

Abstract: A method for storing visual information on a storage medium is disclosed, whereby the method includes receiving a first visual information corresponding to a left eye and a second visual information corresponding to a right eye. The method further includes storing the first visual information in a first stream and the second visual information in a second stream on the storage medium, wherein the first stream and the second stream are each stored at full resolution. An information handling system (IHS) is further disclosed including a storage medium operable to store, at full resolution, a first stream of visual information corresponding to a left eye and a second stream of visual information corresponding to a right eye, wherein the first stream and the second stream are each stored at full resolution. The system may further include a playback device operable to read the storage medium and display the visual information.

Abstract: A computer system is disclosed which includes at least one microprocessor having an L2 cache, at least one memory, and basic input output system (BIOS) firmware. The L2 cache includes error checking and correcting capability (ECC). The at least one memory includes either all ECC capable memory or any combination of ECC capable and non-ECC capable memory. Lastly, the basic input output system (BIOS) firmware includes an L2 cache support feature. The L2 cache support feature includes three user-selectable options, the three options including i) L2 cache ECC ON, ii) L2 cache ECC OFF, and iii) L2 cache AUTO. Selection of L2 cache ECC ON is for enabling L2 cache ECC. Selection of L2 cache ECC OFF is for not enabling L2 cache ECC. Lastly, selection of L2 cache ECC AUTO is for automatically enabling or not enabling L2 cache ECC in response to a detection of the presence of a) all ECC capable memory or b) any combination of ECC and non-ECC capable memory, respectively.