Method and apparatus for a compact and high resolution mind-view communicator
An embodiment of a mind-view communication apparatus includes a first portable unit and a second portable unit. The first portable unit includes an eyeglass frame, at least one first optical unit disposed on the eyeglass frame for capturing at least one scene image corresponding to a field of view of a user, and at least one second optical unit disposed on the eyeglass frame for capturing at least one eye image corresponding to at least a portion of at least one eye of the user. The second portable unit is in communication with the first portable unit and includes at least one processor configured for receiving the at least one scene image and the at least one eye image, determining a direction within the field of view to which the at least one eye is directed based upon the at least one eye image, and generating a subset of the at least one scene image based on the determined direction.
1. A multi-camera imaging apparatus comprising:
a first camera configured to have a first field of view and capture first images within the first field of view with a first resolution characteristic;
a second camera configured to have a second field of view and capture second images within the second field of view with a second resolution characteristic different that the first resolution characteristic;
an interface configured to enable the user to make an imaging choice regarding a scene from among multiple options, wherein the multiple options include:
a first option corresponding to using the first camera to generate a first option output image of the scene;
a second option corresponding to using the second camera to generate a second option output image of the scene;
a third option corresponding to using the first camera and the second camera to generate a third option output image of the scene, wherein the third option output image that has a resolution that is improved over a resolution of the first camera and a resolution of the second camera as a function of the first and second resolution characteristics;
a fourth option corresponding to using the first camera and the second camera to generate collectively fourth option output images of the scene, wherein the fourth option output images comprise a fourth option first output image that is generated using the first camera, a fourth option second output image that is generated using the second camera, and a fourth option third output image that is generated using the first camera and the second camera;
a frame configured to be carried or worn by a user and on which or in which the first camera and the second camera are disposed such that the first field of view and the second field of view share an overlapping field of view of the scene when the first and second camera are directed at the scene while the frame is carried or worn by the user; and
at least one processor configured to:
receive the imaging choice from the interface;
if the imaging choice is the first option,
receive at least one first option image from the first camera, wherein the first images comprise the at least one first option image, wherein the at least one first option image is captured when the first camera and the second camera are directed at the scene while the frame is carried or worn by the user such that the at least one first option image is of the scene; and
process the at least one first option image to generate the first option output image;
if the imaging choice is the second option,
receive at least one second option image from the second camera, wherein the second images comprise the at least one second option image, wherein the at least one second option image is captured when the first camera and the second camera are directed at the scene while the frame is carried or worn by the user such that the at least one second option image is of the scene; and
process the at least one second option image to generate the second option output image;
if the imaging choice is the third option,
receive at least one third option first image from the first camera at the first resolution characteristic and at least one third option second image from the second camera at the second resolution characteristic, wherein the first images comprise the at least one third option first image and the second images comprise the at least one third option second image, wherein the at least one third option first image and the at least one third option second image are captured when the first camera and the second camera are directed at a scene while the frame is carried or worn by the user such that the at least one third option first image and the at least one third option second image are of the scene and capture a same portion of the scene within the overlapping field of view; and
process the at least one third option first image and the at least one third option second image to generate the third option output image that has a resolution that is improved over a resolution of the first camera and a resolution of the second camera as a function of the first and second resolution characteristics;
if the imaging choice is the fourth option,
receive at least one fourth option first image from the first camera and at least one fourth option second image from the second camera, wherein the first images comprise the at least one fourth option first image and the second images comprise the at least one fourth option second image,
wherein the at least one fourth option first image and the at least one fourth option second image are captured when the first camera and the second camera are directed at a scene while the frame is carried or worn by the user such that the at least one fourth option first image and the at least one fourth option second image are of the scene and capture a same portion of the scene within the overlapping field of view; and
process the at least one fourth option first image and the at least one fourth option second image to generate collectively the fourth option output images.
2. A multi-camera imaging apparatus comprising:
a first camera configured to have a first field of view and capture first images within the first field of view with a first resolution characteristic;
a second camera configured to have a second field of view and capture second images within the second field of view with a second resolution characteristic different that the first resolution characteristic;
an interface configured to enable the user to make an imaging choice regarding a scene from among multiple options, wherein the multiple options include a collective imaging option corresponding to generating collectively multiple output images of the scene,
wherein the multiple output images comprise a first output image that is generated using the first camera, a second output image of the scene that is generated using the second camera, and a third output image of the scene that is generated using the first camera and the second camera;
a frame configured to be carried or worn by a user and on which or in which the first camera and the second camera are disposed such that the first field of view and the second field of view share an overlapping field of view of the scene when the first camera and the second camera are directed at the scene while the frame is carried or worn by the user; and
at least one processor configured to:
receive the imaging choice from the interface;
if the imaging choice is the collective imaging option,
receive at least one first image from the first camera at the first resolution characteristic and at least one second image from the second camera at the second resolution characteristic, wherein the first images comprise the at least one first image and the second images comprise the at least one second image, wherein the at least one first image and the at least one second image are captured when the first camera and the second camera are directed at a scene while the frame is carried or worn by the user such that the at least one first image and the at least one second image are of the scene and capture a same portion of the scene within the overlapping field of view;
process the at least one first image and the at least one second image to generate collectively the multiple output images, wherein the multiple output images have a resolution that is improved over a resolution of the first camera and a resolution of the second camera as a function of the first and second resolution characteristics.
3. A multi-camera imaging apparatus comprising:
a first camera configured to have a first field of view and capture first images within the first field of view with a first resolution characteristic;
a second camera configured to have a second field of view and capture second images within the second field of view with a second resolution characteristic different that the first resolution characteristic;
an interface configured to enable the user to make an imaging choice regarding a scene from among at least a first option, a second option, a third option, and a fourth option;
a frame configured to be carried or worn by a user and on which or in which the first camera and the second camera are disposed such that the first field of view and the second field of view share an overlapping field of view of the scene when the first and second camera are directed at the scene while the frame is carried or worn by the user; and
at least one processor configured to:
receive the imaging choice from the interface;
if the imaging choice is the first option,
receive at least one first option image from the first camera, wherein the first images comprise the at least one first option image, wherein the at least one first option image is captured when the first camera and the second camera are directed at the scene while the frame is carried or worn by the user such that the at least one first option image is of the scene; and
process the at least one first option image to generate a first option output image;
if the imaging choice is the second option,
receive at least one second option image from the second camera, wherein the second images comprise the at least one second option image, wherein the at least one second option image is captured when the first camera and the second camera are directed at the scene while the frame is carried or worn by the user such that the at least one second option image is of the scene; and
process the at least one second option image to generate a second option output image;
if the imaging choice is the third option,
receive at least one third option first image from the first camera and at least one third option second image from the second camera, wherein the first images comprise the at least one third option first image and the second images comprise the at least one third option second image, wherein the at least one third option first image and the at least one third option second image are captured when the first camera and the second camera are directed at a scene while the frame is carried or worn by the user such that the at least one third option first image and the at least one third option second image are of the scene and capture a same portion of the scene within the overlapping field of view;
process the at least one third option first image and the at least one third option second image to generate a third option output image, wherein the third option output image has a resolution that is improved over a resolution of the first camera and a resolution of the second camera as a function of the first and second resolution characteristics;
if the imaging choice is the fourth option,
receive at least one fourth option first image from the first camera and at least one fourth option second image from the second camera, wherein the first images comprise the at least one fourth option first image and the second images comprise the at least one fourth option second image,
wherein the at least one fourth option first image and the at least one fourth option second image are captured when the first camera and the second camera are directed at a scene while the frame is carried or worn by the user such that the at least one fourth option first image and the at least one fourth option second image are of the scene and capture a same portion of the scene within the overlapping field of view;
process the at least one fourth option first image and the at least one fourth option second image to generate collectively fourth option output images, wherein the fourth option output images comprise a fourth option first output image that is generated using the at least one fourth option first image, a fourth option second output image that is generated using the at least one fourth option second image, and a fourth option third output image that is generated using the at least one fourth option first image and the at least one fourth option second image.