Abstract: Systems and methods for generating a video including a plurality of graphic objects provided in a shared environment is described. The method includes acquiring, at a first computing device, a shared session identifier from a shared session manager, the shared session identifier being associated with a first user identifier, receiving a selection of a second user identifier, causing the shared session identifier and the first user identifier to be provided to a second computing device associated with the second user identifier, receiving as input, a first graphic object for rendering to a display associated with the first computing device, the first graphic object being associated with the first user identifier, receiving from a data synchronizer, a second graphic object associated with the second user identifier and the shared session identifier for rendering to the display associated with the second computing device, and generating a video including graphic objects.

Abstract: A computer system linking two-year degree granting institutions (DGI's) with four-year host institutions and with a nationalized database and unified server environment that is designed to communicate with individual students. The participating DGI and host institution must first obtain each student's permission for the system's use of their data. As part of the RT system, students will also be given access to their educational records housed at a centralized data repository. The reverse transfer process implemented by the system will include, for the host school, a file intake process involving the steps of receiving a file via FTPS, performing file edits, and correction of file errors. Once corrected, the host school will approve the file and submit it via a user Interface where the file will then be merged into the centralized database. For that student, the system will then reference a pre-stored authorization matrix in order to identify which DGI's are authorized to view the host school data.

Abstract: A smart mixer appliance includes a set of ingredient trays. The appliance includes a nozzle-based food distribution assembly to transfer ingredients from the trays into a container. A motor system drives a set of mixer beaters to mix the container contents. A user accesses a network resource and selects a recipe having instructions for ingredient provisioning and mixing. The ingredient trays are loaded with the recipe ingredients. The recipe instructions are converted into a control procedure suitable to automatically control the ingredient transfer and mixing operations. A controller implements the recipe instructions by managing the operation of the food distribution system and motor system according to the control procedure.