We have previously reported an image capturing system called the optical-multiplex system comprised of an image sensor and a multi-lens array, which is compact and light and has a deep depth of field. In the system, light passes through five lenses in an aperture sheet and the object is detected by an image sensor. This system is unique because the object data passing through each of the lenses is a specific range of data, which is coordinated on the pixel array. This is in contrast to the current multi-lens systems, in which the object data from each lens is completely independent. We are now able to report that our system can coordinate data from both an object at a very far distance and an object at a measurable distance, suggesting that...
There is an ever present demand to increase the capability and performance of optical imagers while ...
This disclosure describes a method to utilize all the pixels in capturing visual information at all ...
The digital camera is the technological counterpart to the human eye, enabling the observation and r...
The vast majority of cameras and imaging sensors relies on the identical single aperture optics prin...
The present disclosure describes systems and methods that can capture multiple images from multiple ...
Introduce an optic system which by two fields of the system to observe the same object, it acquire t...
International audienceIn the past few years, a new type of camera has been emerging on the market: a...
Compact imaging devices are desirable in many different machine vision applications. For instance, i...
The invention relates to an imaging device having a multi-channel optical system and an image sensor...
For small camera modules in consumer applications, such as mobile phones or webcams, size and cost a...
An object is placed 15 cm before a convex lens with focal length 5 cm. A concave lens of focal lengt...
This book discusses the design of multi-camera systems and their application to fields such as the v...
Multi-aperture optical systems based on the insect eye offer an alternative to the common optical sy...
A new method is described for recovering the dis-tance of objects in a scene from images formed by l...
With traditional film cameras, important creative parameters such as the depth of field and the view...
There is an ever present demand to increase the capability and performance of optical imagers while ...
This disclosure describes a method to utilize all the pixels in capturing visual information at all ...
The digital camera is the technological counterpart to the human eye, enabling the observation and r...
The vast majority of cameras and imaging sensors relies on the identical single aperture optics prin...
The present disclosure describes systems and methods that can capture multiple images from multiple ...
Introduce an optic system which by two fields of the system to observe the same object, it acquire t...
International audienceIn the past few years, a new type of camera has been emerging on the market: a...
Compact imaging devices are desirable in many different machine vision applications. For instance, i...
The invention relates to an imaging device having a multi-channel optical system and an image sensor...
For small camera modules in consumer applications, such as mobile phones or webcams, size and cost a...
An object is placed 15 cm before a convex lens with focal length 5 cm. A concave lens of focal lengt...
This book discusses the design of multi-camera systems and their application to fields such as the v...
Multi-aperture optical systems based on the insect eye offer an alternative to the common optical sy...
A new method is described for recovering the dis-tance of objects in a scene from images formed by l...
With traditional film cameras, important creative parameters such as the depth of field and the view...
There is an ever present demand to increase the capability and performance of optical imagers while ...
This disclosure describes a method to utilize all the pixels in capturing visual information at all ...
The digital camera is the technological counterpart to the human eye, enabling the observation and r...