Abstract: A process is disclosed for capturing screenshots on an electronic device of a user, and for transmitting representations of the captured screenshots to a monitoring system for storage. The captured screenshot data may, for example, be used to recover a device that is lost or stolen.

Abstract: A process is disclosed for capturing screenshots on an electronic device of a user, and for transmitting representations of the captured screenshots to a monitoring system for storage. The captured screenshot data may, for example, be used to recover a device that is lost or stolen.

Abstract: A device, method, system and computer readable medium are disclosed for the remote, intelligent capture of screenshots and keystrokes which can subsequently be transmitted with reduced bandwidth requirements.

Abstract: A device, method, system and computer readable medium are disclosed for the remote, intelligent capture of screenshots and keystrokes which can subsequently be transmitted with reduced bandwidth requirements.

Abstract: A room acoustic diffuser exploits interference, by reflecting waves out-of-phase with the specular energy, making it possible to diminish specular energy. This is achieved by using a diffuser based on a ternary sequence, which nominally has reflection coefficients of 0, ?1 and +1. A method for obtaining the design sequence for Quaternary diffusers is also disclosed. Also, design methods for forming the sequences into arrays, and forming hemispherical diffusers are explained.

Abstract: An extended bandwidth folded well diffusor extends the diffusion bandwidth of a shallow, asymmetric diffusor by incorporating maximum-depth, folded L-shaped, half-width wells on both ends (sides) of a diffusor, thus providing increased maximum well depth without increasing the physical depth of the diffusor. When the inventive diffusor is placed in an array, the folded L-shaped, maximum-depth, half-width end wells form a novel T-shape, which offers a favorable impedance lowering the resonant frequency, thus extending the diffusor diffusion bandwidth. T-shaped recesses may also be located within a single diffusor. The front surface of the diffusor may be flat or curved or angled.