Abstract: A storage kiosk is disclosed which comprises a cabinet, a carousel, a plurality of dividers, a drive means for rotating the carousel, and a plurality of latch means. The cabinet has a door defining a front surface of the cabinet. The door includes a plurality of openable panels vertically aligned. The panels are normally in a latched closed position. The carousel is rotatably mounted in the cabinet about a vertical axis and includes a plurality of shelves spaced along the vertical axis. The plurality of dividers are disposed on each of the shelves to define a plurality of compartments on each shelf for receiving items to be stored. The dividers and the shelves, in combination, define a plurality of compartments around the periphery of the carousel. The drive means is for rotating the carousel to bring respective ones of the compartments into alignment with respective ones of the panels.

Abstract: A set of mechanisms provides consistency, responsiveness, and integrity, to allow high-realism in a distributed network simulation environment. Consistency is achieved by executing the same computation with the same inputs on multiple machines. Responsiveness is achieved by executing the parts of the computation that affect the user's object earlier on the user's machine than on the server for the user's object. Integrity is achieved by executing all computations authoritatively on the server. The ability to run different parts of a shared computation at varying times on different machines is provided.

Abstract: A method and apparatus for creating an avatar are described. A number of user-modifiable genes are maintained in a local processing system, each of which represents a different user-perceivable attribute of the avatar. An encoded representation of the genes is then transmitted to a remote processing system over a network. The genes represent non-geometry parameters, which are used in both the local processing system and the remote processing system to generate geometry for rendering the avatar. One or more of the genes may represent a biomechanical, behavioral, and/or biometric attribute of the avatar. One or more of the genes may be adjusted by a user to allow the user to customize the avatar, which may be performed using a graphical user interface designed for avatar customization. Adjusting one or more of the genes may generate a variation of a previously-generated avatar and may be used to control blending between two or more 3-D models or animation scripts.