Abstract: A system for emulating an over-the-air environment for testing a light detection and ranging (LiDAR) unit under test (UUT). The system may comprise a lens system that receives light from the LiDAR UUT and a plurality of optical processing chains. The system may generate light into free space based on the optical signals processed by each chain. The system may process received light optically to maintain coherence with light received from the LiDAR unit under test and may process all points in a LiDAR image simultaneously. The system may operate to emulate an over-the-air environment for a time-of-flight LiDAR UUT, a frequency modulated continuous wave (FMCW) LiDAR UUT, and/or a flash LiDAR UUT.

Abstract: A high visibility aerial landing system for providing improved visibility and landing indication at short range or close range for a helicopter to help distinguish between safe or preferred landing zones from hazardous landing zones. The system has a flexible panel, a mooring assembly, and an indicator system. Further embodiments are specialized to be carried by the EMS or hikers.

Abstract: A system for emulating an over-the-air environment for testing a light detection and ranging (LiDAR) unit under test (UUT). The system may comprise a lens system that receives light from the LiDAR UUT and a plurality of optical processing chains. The system may generate light into free space based on the optical signals processed by each chain. The system may process received light optically to maintain coherence with light received from the LiDAR unit under test and may process all points in a LiDAR image simultaneously. The system may operate to emulate an over-the-air environment for a time-of-flight LiDAR UUT, a frequency modulated continuous wave LiDAR UUT, and/or a flash LiDAR UUT.

Abstract: A game meat shaping device and method for transportation by outdoor sportsmen. The game shaper has a system for restraining and reinforcing a particular desired shape on deboned game meat. A wrapping system providing breathable mesh ensures the present invention reduces spoilage, preserves quality, and reduces contamination of shaped game meat during transportation.

Abstract: A high visibility aerial landing system for providing improved visibility and landing indication at short range or close range for a helicopter to help distinguish between safe or preferred landing zones from hazardous landing zones. The system has a flexible panel, a mooring assembly, and an indicator system. Further embodiments are specialized to be carried by the EMS or hikers.

Abstract: A system for emulating an over-the-air environment for testing a light detection and ranging (LiDAR) unit under test (UUT). The system may comprise a lens system that receives light from the LiDAR UUT and a plurality of optical processing chains. The system may generate light into free space based on the optical signals processed by each chain. The system may process received light optically to maintain coherence with light received from the LiDAR unit under test and may process all points in a LiDAR image simultaneously. The system may operate to emulate an over-the-air environment for a time-of-flight LiDAR UUT, a frequency modulated continuous wave LiDAR UUT, and/or a flash LiDAR UUT.

Abstract: A fence with a one-way viewing insert including a domicile assembly, a fence assembly, and a pane assembly. These assemblies in conjunction with one another provide a simple solution for adding privacy to a user's domicile. The fence assembly includes fence posts secured along the perimeter of a domicile. The fence posts having a pane opening to receive the pane assembly. The pane assembly includes a pane with a reflective face and a viewing face located opposite one another. The viewing face of the pane is oriented facing said user's domicile and allows for a user to view through it. Facing away from the user's domicile is the reflective face of the pane. The reflective face preventing viewers from the opposite side of the domicile to view past the pane.

Abstract: Collaborative platforms that allow for the creation, updating, maintenance of capture of effective dynamic workflow documents are disclosed. Embodiments of such collaborative platforms may allow effective workflow documents to be generated for an organization in the context of management of geographically distributed outlets.

Abstract: A system for emulating an over-the-air environment for testing a light detection and ranging (LiDAR) unit under test (UUT). The system may comprise a lens system that receives light from the LiDAR UUT and a plurality of optical processing chains. The system may generate light into free space based on the optical signals processed by each chain. The system may process received light optically to maintain coherence with light received from the LiDAR unit under test and may process all points in a LiDAR image simultaneously. The system may operate to emulate an over-the-air environment for a time-of-flight LiDAR UUT, a frequency modulated continuous wave LiDAR UUT, and/or a flash LiDAR UUT.

Abstract: A system for emulating an over-the-air environment for testing a light detection and ranging (LiDAR) unit under test (UUT). The system may comprise a lens system that receives light from the LiDAR UUT and a plurality of optical processing chains. The system may generate light into free space based on the optical signals processed by each chain. The system may process received light optically to maintain coherence with light received from the LiDAR unit under test and may process all points in a LiDAR image simultaneously. The system may operate to emulate an over-the-air environment for a time-of-flight LiDAR UUT, a frequency modulated continuous wave LiDAR UUT, and/or a flash LiDAR UUT.

Abstract: A system for emulating an over-the-air environment for testing a light detection and ranging (LiDAR) unit under test (UUT). The system may comprise a lens system that receives light from the LiDAR UUT and a plurality of optical processing chains. The system may generate light into free space based on the optical signals processed by each chain. The system may process received light optically to maintain coherence with light received from the LiDAR unit under test and may process all points in a LiDAR image simultaneously. The system may operate to emulate an over-the-air environment for a time-of-flight LiDAR UUT, a frequency modulated continuous wave (FMCW) LiDAR UUT, and/or a flash LiDAR UUT.