Abstract: Methods and systems are provided for triggering a social match analysis. A user device such as a network connected device scans for one or more entity identifiers via camera, microphone, or wireless signal receiver and initiates a request to a social matching system. The social matching system retrieves attribute information for each of the identified entities and performs a match analysis, scoring the potential matches and noting common attributes. A match analysis report is generated and returned to the originating requesting user device.

Abstract: Methods and systems are provided for triggering a social match analysis. A user device such as a network connected device scans for one or more entity identifiers via camera, microphone, or wireless signal receiver and initiates a request to a social matching system. The social matching system retrieves attribute information for each of the identified entities and performs a match analysis, scoring the potential matches and noting common attributes. A match analysis report is generated and returned to the originating requesting user device.

Abstract: Methods and systems are provided for triggering a social match analysis. A user device such as a network connected device scans for one or more entity identifiers via camera, microphone, or wireless signal receiver and initiates a request to a social matching system. The social matching system retrieves attribute information for each of the identified entities and performs a match analysis, scoring the potential matches and noting common attributes. A match analysis report is generated and returned to the originating requesting user device.

Abstract: The controller for a single infrared source is capable of being programmed to act as a target for an AIM-9 target seeker. Data are read by the controller comprises (a) temperature data, (b) aperture data, (c) shutter-filter data, and (d) missile ID data. The controller includes a microprocessor CPU, with a program stored in a read only memory. The CPU reads aperture data from the stand, compares the data to signals derived from a potentiometer coupled to an aperture wheel, operates a motor to select an aperture on the wheel, and then sends an aperature ready signal to the stand. For temperature control, the black body is part of a resistance bridge circuit. A plurality of MOSFETs are used to select a value of resistance for a reference voltage in the bridge. The CPU reads temperature data from the stand and uses it to control the MOSFETs.