Image apparatus with image noise compensation

A system for providing an adjusted image of a scene, the system comprising:

• a capturing system that captures a first frame that is defined by a plurality of pixels, the plurality of pixels including a first pixel and a second pixel, the first frame including at least one of a first texture region, a second texture region, and a third texture region;
• and
• a control system that analyzes information from the pixels and categorizes the first pixel as a portion of the first texture region, a portion of the second texture region, or a portion of the third texture region.

A system for providing an adjusted image of a scene, the system comprising:

• a capturing system that captures an under exposed, high resolution, first frame and a properly exposed, low resolution second frame;
• and
• a control system that utilizes information from the second frame to adjust the first frame to provide the adjusted image.

An image apparatus for providing an adjusted image of a scene, the image apparatus comprising:

• a capturing system that captures a first frame that is defined by a plurality of pixels, the plurality of pixels including a first pixel and a second pixel;
• and
• a control system that processes information from the first pixel with a first filter and processes information from the second pixel with a second filter that is different than the first filter to provide the adjusted image.

An image apparatus for providing a well exposed adjusted image of a scene, the image apparatus comprising:

• a capturing system that captures an underexposed first frame that is defined by a plurality of pixels, wherein the first frame includes a plurality of texture regions including at least one of a first texture region and a second texture region, and wherein the plurality of pixels includes a first pixel and a second pixel;
• and
• a control system that processes the first frame to provide the well exposed adjusted image, wherein the control system analyzes information from the pixels and determines if the first pixel and the second pixel have captured a portion of one or more of the plurality of texture regions.

A method for providing a well exposed adjusted image of a scene, the method comprising the steps of:

• capturing an underexposed first frame that is defined by a plurality of pixels with a capturing system, wherein the first frame includes at least one of a first texture region and a second texture region and the plurality of pixels include a first pixel and a second pixel;
• and
• processing the first frame with a control system to provide the well exposed adjusted image, wherein the step of processing includes the steps of analyzing information from the pixels with the control system and determining with the control system if the first pixel and the second pixel have captured a portion of the first texture region or the second texture region.