Abstract: Systems and methods directed to grouping and displaying query results from multiple data stores are described. More specifically, a plurality of data stores to search utilizing a received keyword may be determined, where each data store includes a different search index. A data store specific query for each data store is generated such that results from each data store are received based on the respective data store specific query, where results from each data store include a plurality of file identifiers identifying files located at the respective data store that are relevant to the keyword. In addition results from each data store are grouped into a plurality of groups based on metadata associated with each file identifier of the plurality of file identifiers. The plurality of groups are ranked based on a relevancy associated with each group and information associated with a ranked group is displayed at a user interface.

Abstract: Systems and methods directed to grouping and displaying query results from multiple data stores are described. More specifically, a plurality of data stores to search utilizing a received keyword may be determined, where each data store includes a different search index. A data store specific query for each data store is generated such that results from each data store are received based on the respective data store specific query, where results from each data store include a plurality of file identifiers identifying files located at the respective data store that are relevant to the keyword. In addition results from each data store are grouped into a plurality of groups based on metadata associated with each file identifier of the plurality of file identifiers. The plurality of groups are ranked based on a relevancy associated with each group and information associated with a ranked group is displayed at a user interface.

Abstract: In various embodiments, a hand-held, desktop, boom, or mechanical arm-mounted apparatus including wide field-of-view (greater than 60-degrees measured diagonally) collimating optics and using either a stereoscopic or offset biocular assembly to remove parallax due to the position of the display can be configured to augment the display on a computer, laptop, tablet, or other image-generating device for the purposes of enhancing its immersive properties.

Abstract: Biosensitive response evaluation improves both design and marketing research by combining eye tracking information with time-coded biosensor information to determine the relative brain state of various market research respondents at the precise moment they are exposed to a stimulus. Areas of interest (AOI) are demarcated on detected objects. Relative physiological effects associated with each demarcated AOI are identified as part of biosensor response data and may be directly statistically correlated with a subsequent action.