Abstract: A method includes receiving a circuit design. The circuit design includes blocks, a clock port, and two or more clock sinks across the blocks. The method further includes determining, by one or more processors, a common clock path between the clock port and the two or more clock sinks across the blocks. Further, the method includes determining a clock latency based on the common clock path.

Abstract: Users may download a user application and therapists may download a therapist application to their respective client devices to create a computer network designed for therapists to deliver mental-health care to users that may be geographically separated from the therapists. The applications may gather information about users and therapists to assist in matching users to an appropriate therapist, select appropriate assessment tools for the user and generate an intervention plan. A machine learning algorithm may generate the intervention plan based on the user information (possibly including social media user information), responses to the screening questionnaire, results of assessment tools and/or analysis of one or more recorded video sessions.

Abstract: The invention provides compact haptic and augmented virtual reality system that produces an augmented reality environment. The system is equipped with software and devices that provide users with stereoscopic visualization and force feedback simultaneously in real time. High resolution, high pixel density, head and hand tracking ability are provided. Well-matched haptics and graphics volumes are realized. Systems of the invention are compact, making use of a standard personal display device, e.g., a computer monitor, as the display driver. Systems of the invention may therefore be inexpensive compared to many conventional virtual reality systems.

Abstract: The invention provides compact haptic and augmented virtual reality system that produces an augmented reality environment. The system is equipped with software and devices that provide users with stereoscopic visualization and force feedback simultaneously in real time. High resolution, high pixel density, head and hand tracking ability are provided. Well-matched haptics and graphics volumes are realized. Systems of the invention are compact, making use of a standard personal display device, e.g., a computer monitor, as the display driver. Systems of the invention may therefore be inexpensive compared to many conventional virtual reality systems.

Abstract: A method and system is described for the generation of meta-slides which can be used for 3D presentations and documentation. Meta-slides represent an organizing principle suitable for 3D virtual reality and multimedia (i.e. video, audio, text and images) content creation. Multiple avatars, actors, objects, text and slides are assembled in a meta-slide performing actions synchronously or asynchronously. The meta-slides and scenes are edited on a time line. The user can interact and dynamically update the content of the presentation during the content playback in the playback window. The playback window and meta-slides can become part of an internet browser or remain standalone.