Abstract: An interchangeable apron cover device may include one or more apron inserts. Optionally, the device may include one or more apron cover frames, in which the apron inserts are configured to be removably and interchangeably coupled to the apron cover frames, and in which the apron cover frames are configured to be coupled to an existing table so that the apron cover frames are positioned proximate to and facing outward from the existing aprons of the existing table. Optionally, the device may include a device table having a table top and a plurality of table legs, and one or more apron insert frames, in which the apron inserts are configured to be removably and interchangeably coupled to the apron insert frames, and in which the apron insert frames are coupled to the device table so that the apron insert frames are positioned below the table top and positioned to extend between the legs of the device table.

Abstract: A computer implemented load balancing multimedia conferencing method may be used to reduce processing time required for secure 2D and/or 3D multimedia network communications, and may include the steps of: enabling communication of multimedia content, having audio data that is associated with video frame data, between a sending end-point and a receiving end-point, the receiving end-point having a receiving multimedia content index; determining a load-balancing procedure that divides a video frame of the multimedia content into a first video frame portion and a second video frame portion, the first and second video frame portions associated with audio data; providing the second video frame portion and associated audio data to the receiving end-point; deriving, via the receiving end-point, a third video frame portion using the receiving multimedia content index; and combining, via the receiving end-point, the second video frame portion and derived third video frame portion into a composite video frame.

Abstract: A computer implemented load balancing multimedia conferencing method may be used to reduce processing time required for secure 2D and/or 3D multimedia network communications, and may include the steps of: enabling communication of multimedia content, having audio data that is associated with video frame data, between a sending end-point and a receiving end-point, the receiving end-point having a receiving multimedia content index; determining a load-balancing procedure that divides a video frame of the multimedia content into a first video frame portion and a second video frame portion, the first and second video frame portions associated with audio data; providing the second video frame portion and associated audio data to the receiving end-point; deriving, via the receiving end-point, a third video frame portion using the receiving multimedia content index; and combining, via the receiving end-point, the second video frame portion and derived third video frame portion into a composite video frame.