Abstract: Exemplary embodiments relate to methods, apparatus, and computer-readable media storing instructions for displaying content. An exemplary method comprises receiving source content, constructing a mask that segments the source content into at least a first segment and a second segment, identifying a masking technique, generating a first transformed image by applying the masking technique to the first segment, the first transformed image being different from the source content, generating a second transformed image by applying the masking technique to the second segment, the second transformed image being different from the source content and the first transformed image, and displaying the first transformed image and the second transformed image as frames in a repeating series of frames to thereby approximate the source content.

Abstract: Exemplary embodiments relate to methods, apparatus, and computer-readable media storing instructions for displaying content. An exemplary method comprises receiving source content, identifying a mask that segments the source content into at least a first segment and a second segment, the identifying including specifying one or more parameters associated with the mask, identifying one or more masking techniques, associating the source content with obscuration information and one or more usage rules, the obscuration information including information corresponding to the mask, information corresponding to the one or more parameters, and information corresponding to the one or more masking techniques, and transmitting the source content, the one or more usage rules, and the obscuration information to at least one recipient computing device.

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: A test structure allows one or more deposited thin film layers to be moved such that mechanical properties of the thin film layer or layers may be determined. Methods for characterizing the mechanical properties of the deposited thin film layer include the determination of a transition voltage of the movable thin film layer in the test structure, or the mechanical stiffness of the movable layer, and/or a determination of residual stress within the movable layer. Methods may also include the determination of creep rate or fatigue, as well as the variance in mechanical properties of the movable layer at various temperatures. Test structures used with the testing methods may include structures which interferometrically modulate incident light, enabling electrical or optical determination of the state of the test structures.