Add to ORKGAn artificial compound eye imaging system fabricated by microoptics technology is adapted and attached to an optoelectronic sensor array. The thin objective consists of a microlens array on a silica-substrate with a pinhole array of different pitch in its focal plane on the backside. First captured images are presented, resolution and sensitivity are examined
An ultracompact micro multi-spherical compound eye (MSCE) was designed to solve the defocus problem ...
Up to now, multi channel imaging systems have been increasingly studied and approached from various ...
We present design and realization concepts for thin compound eye cameras with enhanced optical funct...
Two novel objective types on the basis of artificial compound eyes are examined. Both imaging system...
An artificial apposition compound eye manufactured by micro-optics technology is demonstrated. The o...
Two different approaches for ultra flat image acquisition sensors on the basis of artificial compoun...
We propose a microoptical approach to ultra-compact optics for real-time vision systems that are ins...
The visual revolution triggered by the commercial application of digital image capturing devices gen...
Artificial compound eyes are typically designed on planar substrates due to the limits of current im...
This paper deals with the design, fabrication and characterization of the first spherical artificial...
Natural compound eyes combine small eye volumes with a large field of view at the cost of comparativ...
A spherical artificial compound eye which is comprised of an imaging microlens array and a pinhole a...
We propose a microoptical approach to ultra-compact optics for real-time vision systems that are ins...
A new optical concept for compact digital image acquisition devices with large field of view is deve...
A method for fabricating an imaging system, the method comprising providing a flexible substrate (20...
An ultracompact micro multi-spherical compound eye (MSCE) was designed to solve the defocus problem ...
Up to now, multi channel imaging systems have been increasingly studied and approached from various ...
We present design and realization concepts for thin compound eye cameras with enhanced optical funct...
Two novel objective types on the basis of artificial compound eyes are examined. Both imaging system...
An artificial apposition compound eye manufactured by micro-optics technology is demonstrated. The o...
Two different approaches for ultra flat image acquisition sensors on the basis of artificial compoun...
We propose a microoptical approach to ultra-compact optics for real-time vision systems that are ins...
The visual revolution triggered by the commercial application of digital image capturing devices gen...
Artificial compound eyes are typically designed on planar substrates due to the limits of current im...
This paper deals with the design, fabrication and characterization of the first spherical artificial...
Natural compound eyes combine small eye volumes with a large field of view at the cost of comparativ...
A spherical artificial compound eye which is comprised of an imaging microlens array and a pinhole a...
We propose a microoptical approach to ultra-compact optics for real-time vision systems that are ins...
A new optical concept for compact digital image acquisition devices with large field of view is deve...
A method for fabricating an imaging system, the method comprising providing a flexible substrate (20...
An ultracompact micro multi-spherical compound eye (MSCE) was designed to solve the defocus problem ...
Up to now, multi channel imaging systems have been increasingly studied and approached from various ...
We present design and realization concepts for thin compound eye cameras with enhanced optical funct...