Abstract: Exemplary embodiments relate to methods, apparatus, and computer-readable media storing instructions for providing frames for rendering on a display, the frames including a first frame comprising first pixel data, a second frame comprising second pixel data, and a third frame comprising third pixel data, the first pixel data comprising input values for color components including a first input value, the second pixel data comprising a second input value, and the third pixel data comprising a third input value. An exemplary method comprises determining the second input value such that a second output luminance corresponds to the minimum of double a first output luminance and a maximum output luminance, determining the third input value such that a third output luminance corresponds to double the first output luminance minus the second output luminance, and providing the second frame and the third frame for rendering on a display.

Abstract: An apparatus and method for presenting an embedded visual media player included in a web page in a floating mode is disclosed herein. The status of the embedded visual media player and/or the position of the embedded visual media player relative to the current viewable area of a window are monitored to initiate the floating mode. The floating mode keeps the embedded visual media player within the viewable area while the web page is scrolled.

Abstract: An apparatus and method for presenting an embedded visual media player included in a web page in a floating mode is disclosed herein. The status of the embedded visual media player and/or the position of the embedded visual media player relative to the current viewable area of a window are monitored to initiate the floating mode. The floating mode keeps the embedded visual media player within the viewable area while the web page is scrolled.

Abstract: An apparatus and method for presenting an embedded visual media player included in a web page in a floating mode is disclosed herein. The status of the embedded visual media player and/or the position of the embedded visual media player relative to the current viewable area of a window are monitored to initiate the floating mode. The floating mode keeps the embedded visual media player within the viewable area while the web page is scrolled.

Abstract: An apparatus and method for presenting an embedded visual media player included in a web page in a floating mode is disclosed herein. The status of the embedded visual media player and/or the position of the embedded visual media player relative to the current viewable area of a window are monitored to initiate the floating mode. The floating mode keeps the embedded visual media player within the viewable area while the web page is scrolled.

Abstract: A system extracts a set of size invariant, rotation invariant features from pixel data of a character and sends the set of features to a statistical decision tree to effectuate automatic recognition of a character. The set of extracted features includes a group of features that is extracted by dividing a circle bounding the character into eight rings and 24 slices and counting the number of character pixels contained in each ring and in each slice. Various Fourier transforms, autocorrelations, moment calculations, and sorting operations are performed on many of the aforementioned arrays to yield further size and orientation invariant features. The distance between the centroid of the largest hole of the character and the center of the character is computed. The ratios of the perimeters of first and second holes of the character to the outer perimeter are computed.

Abstract: A system extracts a set of size invariant, rotation invariant features from pixel data of a character and sends the set of features to a statistical decision tree to effectuate automatic recognition of a character. The set of extracted features includes a first group obtained by generating arrays representable as dimensions and other geometric qualities of six minimum bounding rectangles rotated about the character, including the distances between the center points of the rotated bounding rectangles. A second group of features is extracted by generating a group of arrays representing the perimeter pixel locations, radii lengths, and direction codes. The arrays of that group are "resampled" to generate corresponding 64 point arrays. The resampled array of direction codes is smoothed and incremental direction codes are computed and compared to preselected thresholds to obtain features that indicate prominent convex and concave portions of the character.