Abstract: Systems and methods for modular projection that enable a flexible and extendible modular picoprojector system with multiple projector modules and application modules that may be interconnected in a variety of ways for various applications and use models. The systems and methods include connectors and interfaces that enable rapid design of various types of modules for a modular picoprojection system. The systems and methods also include orientation and compatibility features that may be employed in a modular picoprojection system to control connections of various modules with specific features and functions.

Abstract: Systems and methods for modular projection that enable a flexible and extendible modular picoprojector system with multiple projector modules and application modules that may be interconnected in a variety of ways for various applications and use models. The systems and methods include connectors and interfaces that enable rapid design of various types of modules for a modular picoprojection system. The systems and methods also include orientation and compatibility features that may be employed in a modular picoprojection system to control connections of various modules with specific features and functions.

Abstract: A system and method for accessing an application server includes sending a service command from a requestor to a dispatch server, processing the service command on the dispatch server, translating the service command on the dispatch server into an application request to the application server, wherein the translating is based on a service definition stored on the dispatch server, and processing the application request. In one embodiment, the dispatch server includes a dispatch processor that is further programmed to manage a user interface, wherein the user interface includes a service registration interface, a service modification interface, and a service deletion interface.

Abstract: The present invention relates to a method for determining a matched routing netlist for a semiconductor device. In a particular embodiment, a topological plan for the microelectronic device is compiled and used to calculate a population of netlists. The netlists are then dynamically modified using a genetic algorithm to generate a matched netlist for the device.