System and method for providing imaging device analysis for sensor-driven LED control

A method for ambient temperature analysis and control within an imaging device which includes a plurality of LED light sources, a plurality of sensors, and a memory configured to store instructions, the method comprising:

• receiving a plurality of digital images from the imaging device;
• wherein the capture of digital images is initiated in response to one or more detected sensor inputs,
• receiving a plurality of sensor inputs;
• wherein the plurality of sensor inputs are selected from a group of sensor inputs comprising:
• a GPS location;
• an imaging device temperature, a light level, a door status signal, a humidity level, and a vibration level;
• calculating a first environmental potential level based on two or more sensor inputs;
• performing image analysis of at least a first digital image obtained during a time interval when the first environmental potential level exceeds a first stored environmental level;
• wherein the image analysis comprises an environmental detection algorithm which detects the presence of an environmental condition based on one or more image characteristics derived from previously captured images with known environmental condition;
• and
• initiating an imaging device environmental adjustment procedure;
• wherein the imaging device environmental adjustment procedure comprises operation of one or more of the LED light sources.