Abstract: A micro-resonator employs a lid-integrated electrode to one or more of drive, sense and tune a vibrational resonant mode of a microelectromechanical systems (MEMS) resonator. The micro-resonator includes a lid attached to a base that provides a resonator cavity. The micro-resonator further includes the MEMS resonator extending from a surface of the base toward the lid within the resonator cavity. The lid-integrated electrode extends vertically from the lid into the resonator cavity toward the base. The vertically extending, lid-integrated electrode is positioned spaced from and adjacent to a side of the MEMS resonator to one or more of drive, sense and tune mechanical movement of the MEMS resonator.

Abstract: A computer-implemented system and method of creating a presentation is provided. The method provides an off-line presentation application to allow the addition of multimedia objects from a central repository comprising multimedia objects. This method also provides instantaneous correlation of multimedia objects for the text inputs of the user, and for embedding the selected multimedia objects to presentation slides. The multimedia objects can either be animations, movies, or diagrams. This method also allows a user to search the repositories for multimedia objects using keywords. The local repository can be updated using an update manager with newly available multimedia objects from the central repository. This system also provides means for creating and continuously playing multimedia presentation.