Abstract: Provided is a computer implemented system of capturing stereo images using the single lens optics of any smart device without the use of any additional hardware. The systemic software application embodied by the system utilizes the image capturing functionality of the smart device via a pan mode to capture a right and left eye perspective images of a desired initial image capture. The user first establishes an initial focal point associated with the initial image capture, and then pans left and right thereof within a selected range that frames the initial image capture. The systemic application is adapted to use the existing capabilities of the smart device to define two corresponding right and left eye images from the respective right and left eye perspective view, respectively, for composing a stereo image from other functionality of the smart device.

Abstract: A system and method provides a simulation of a complex network and movement and interdependencies between entities in the network. The system receives aggregated population data and a population synthesizer generates disaggregated population data representative of two different types of entities. The different entity types are then coupled to one another to form interdependent relationships. An activity generator generates typical activities for the entities. A route planner generates travel plans, including departure times and travel modes, for each entity to achieve daily activities. A micro-simulation module simulates movement of the individual entities in compliance with their travel plans. The system may include parallel processors to simulate thousands of roadway and transit segments, intersection signals and signs, transfer facilities between various transportation modes, traveler origins and destinations, and entities and vehicles.