Abstract: Exemplary survey systems and methods include a survey server and a survey application. The survey application may be installed, or otherwise executable, on remote computing devices. The survey server may deliver surveys to the remote computing devices through the survey application. An exemplary survey includes at least one quantitative query coupled with at least one qualitative query. The quantitative query may be associated with two or more predetermined answer options. The qualitative query may provide an option to include a user-provided entry. For example, the user-provided entry may be a video or audio recording captured by the remote computing device running the mobile survey application. The mobile survey application may transmit the survey response, including with the user-provided entry, and the user location back to the survey server for analysis or display. Other embodiments of the survey systems and methods are also disclosed herein.

Abstract: An interactive media table that includes a tabletop that supports of plurality of movable objects each of which is identified by a unique identification code and each of which can be moved from place to place on said tabletop surface by one or more media table users. A display unit produces a visual image on the surface of the tabletop surface and a position tracking system determines the current positions of each of said movable objects by transmitting timed acoustic signals to each movable object, sensing the timing of arrival of these signals using an acoustic pickup on each object, and estimating the location of the object by triangulation. An infrared communications network exchanges timing information, commands and data between the objects and a controller which provides an API to a personal computer which executes an application program that controls the display.

Abstract: An interactive media table that includes a tabletop that supports of plurality of movable objects each of which is identified by a unique identification code and each of which can be moved from place to place on said tabletop surface by one or more media table users. A display unit produces a visual image on the surface of the tabletop surface and a position tracking system determines the current positions of each of said movable objects by transmitting timed acoustic signals to each movable object, sensing the timing of arrival of these signals using an acoustic pickup on each object, and estimating the location of the object by triangulation. An infrared communications network exchanges timing information, commands and data between the objects and a controller which provides an API to a personal computer which executes an application program that controls the display.