Abstract:
estimação de intensidade usando matriz de sensor binário com limites que variam espacialmente. um aparelho inclui uma matriz que contém luz limite de sensores n de sub-difração, cada um tendo um limite de ativação de absorção de luz associado por comutar de um estado de reiniciação para um estado ativado, onde os valores de ativação de absorção de luz ficam dentro de uma faixa de valores. o aparelho inclui adicionalmente um processador conectado com uma memória que inclui um código de programa de computador, onde a memória e o código de programa de computador são configurados para, com o processador, fazer com que o aparelho, pelo menos, funcione estimando uma intensidade de luz que ilumina a matriz com base nas saídas elétricas da matriz.
Abstract:
There are disclosed various methods and apparatuses for encoding an image.In some embodiments the method comprises obtaining a stripe comprising a magnitude bit of two or more coefficients, each magnitude bit belonging to the same bit-plane. The coefficients represent an image or a part of the image. The method further comprises obtaining significance state of said coefficients and significance state of coefficients neighboring said two or more coefficients on the current bit-plane; obtaining significance state of said coefficients and the significance state of coefficients neighboring the said two or more coefficients on one bit-plane above the current bit-plane; obtaining the significance state of said coefficients on two bit- planes above the current bit-plane;obtaining a significance propagation state context matrix comprising the significance propagation of said coefficients and significance state of coefficients neighboring the said two or more coefficients on the current bit-plane; and using at least one of said matrices to construct a context label for each said two or more magnitude bits in parallel by assigning a context label selected from a set of context labels.
Abstract:
There are disclosed various methods and apparatuses for encoding an image.In some embodiments the method comprises obtaining a stripe comprising a magnitude bit of two or more coefficients, each magnitude bit belonging to the same bit-plane. The coefficients represent an image or a part of the image. The method further comprises obtaining significance state of said coefficients and significance state of coefficients neighboring said two or more coefficients on the current bit-plane; obtaining significance state of said coefficients and the significance state of coefficients neighboring the said two or more coefficients on one bit-plane above the current bit-plane; obtaining the significance state of said coefficients on two bit- planes above the current bit-plane;obtaining a significance propagation state context matrix comprising the significance propagation of said coefficients and significance state of coefficients neighboring the said two or more coefficients on the current bit-plane; and using at least one of said matrices to construct a context label for each said two or more magnitude bits in parallel by assigning a context label selected from a set of context labels.
Abstract:
36 Abstract The invention relates to forming an image using binary pixels. Binary pixels are pixels that have only two states, a white state when the pixel is exposed and a black state when the pixel is not exposed. The binary pixels have color filters on top of them, and the setup of color filters may be known to some degree. A setup making use of a statistical approach may be used to determine the color of incoming light to produce output images. Consequently, the approach may be used with the binary pixel array to produce images from the input images that the binary pixel array records.
Abstract:
An apparatus includes a three dimensional array of light receptors disposed within a substrate having a light receiving surface, where light receptors disposed closer to the light receiving surface are responsive to light having shorter wavelengths than light receptors disposed further from the light receiving surface, and where each light receptor is configured to output a binary value and to change state between an off-state and an on-state by the absorption of at least one photon.
Abstract:
The invention relates to forming an image using binary pixels. Binary pixels are pixels that have only two states, a white state when the pixel is exposed and a black state when the pixel is not exposed. The binary pixels have color filters on top of them, and the setup of color filters may be initially unknown. A setup making use of a statistical approach may be used to determine the color filter setup to produce correct output images. Subsequently, the color filter information may be used with the binary pixel array to produce images from the input images that the binary pixel array records.
Abstract:
There are disclosed various methods and apparatuses for encoding an image. In some embodiments the method comprises obtaining a stripe comprising magnitude bits of two or more coefficients on at least one bit-plane and on another bit-plane, said coefficients representing an image or a part of the image. The method further comprises determining a first set of significance state information regarding said one bit-plane at least on the basis of said magnitude bits belonging to said one bit-plane and determining a second set of significance state information regarding said another bit-plane at least on the basis of said magnitude bits belonging to said another bit-plane. Said first set of significance state information and said second set of significance state information are stored into a significance state matrix.
Abstract:
An apparatus includes an array containing N sub-diffraction limit light sensors each having an associated light absorption activation threshold for switching from a reset state to an activated state, where the light absorption activation values lie within a range of values. The apparatus further includes a processor connected with a memory including computer program code, where the memory and computer program code are configured to, with the processor, cause the apparatus at least to perform estimating an intensity of light that illuminates the array based on electrical outputs of the array.
Abstract:
A method for processing image data comprises determining a set of parameters based on a binary digital image) such that said set of parameters comprises information about the density of white and/or black pixels of a first group of pixels of said binary digital image), and information about the density of white and/or black pixels of a second group of pixels of said binary digital image.