摘要:
Image information 204, 316 is automatically edited based on levels of emotions obtained from a user 202, 302 watching the image information. A sensor 116, 206, 304 on or near a user transmits physiological information to a system 102, 200, 306 as the user watches the image information. The physiological information is then processed 108 to determine what levels of emotions the user is experiencing as they watch the image information. An image information editor 210 utilizes the levels of emotions to determine which parts of the image information form a 'best moments' subset of the image information 212. The subset of the image information 212 can then be viewed or shared via other communication means.
摘要:
A method for processing at least one peripheral image that extends beyond the borders of a central image is disclosed. The method comprises adapting luminance of the peripheral image to human vision characteristics. According to a first embodiment, the luminance level of the peripheral image is decreased in case of high luminance level of the peripheral image. According to a second embodiment, the luminance level of the peripheral image is decreased in case of a high reflectance level of the surface where is displayed the at least one peripheral image or the luminance level of the peripheral image is increased in case of a low reflectance level of the surface where is displayed the at least one peripheral image. According to a third embodiment, the luminance level of moving object in the peripheral image is increased.
摘要:
A method and an apparatus (20) for determining a color to be emulated by an ambient light source associated to a display are described. A saliency map (2) is determined (10) for an image (1) displayed on the display. A subset of pixels of the image (1) with a saliency below a given threshold is selected (11) based on the saliency map (2). The color to be emulated by the ambient light source is then determined (12) from color values of the determined subset of pixels.
摘要:
The present invention relates to a method and device for automatically generating force feedback data for a haptic device for providing simulated six degrees of freedom movement. A three dimensional acceleration component corresponding to the movement to be simulated is determined. A three dimensional angular velocity component corresponding to the movement to be simulated is determined. Control signals for controlling at least three force feedback devices are determined, wherein each of the three force feedback devices provides force effects along three perpendicular axes to a fixation point associated to each of it, the three force feedback devices being arranged at defined positions with regard to each other, and the three fixation points define a geometric plane.
摘要:
The invention relates to image block encoding and decoding. More precisely, the invention relates to block prediction using reference blocks of the image. It is proposed a method which comprises using processing means for using at least the block for determining one reference block in an already encoded part of the image, encoding and reconstructing a part of the image, using at least the block for determining one reference block in the reconstructed part and a indicator referencing the one reference block, using the one reference block for determining at least one further reference block in the reconstructed part and encoding the determined indicator and a residual of the block with respect to a combination of the one and the at least one further reference block. Using the block for determination of the one reference block allows for selecting it such that it resembles the block and correlation with the block is maintained.
摘要:
For detecting affective events in a video, affective events being fast changes in a subject's emotional state while watching the video, a device is described, the device comprising receiving means INP for receiving samples of physiological signals from the subject while watching the video, the physiological signals comprising at least facial surface ElectroMyoGrams EMG and galvanic skin response GSR; and processing means PRC adapted for extracting feature vectors from buffered samples; wherein the processing means PRC is further adapted for using a supervised classifier GPC for determining and outputting whether the extracted feature vectors is indicative of an affective event, the supervised classifier GPC being designed on basis of a database DB of labeled exemplary feature vectors.
摘要:
The invention relates to a method for generating from a sequence of at least one source image, called source sequence, a sequence of at least one reduced image, called reduced sequence, the at least one reduced image having a size smaller or equal to the size of the at least one source image. The at least one reduced image is generated by extracting from the at least one source image at least one image part whose size and position depend on the perceptual interest of the pixels comprised in the at least one image part.
摘要:
The present invention relates to a device (210) for compressing a source image by means of a base layer, coding a base image, and of an enhancement layer, coding a residual existing between the source image and the base image, the source image and the base image being structured as blocks of pixels. According to the invention, such a device is characterized in that it comprises means (250) for generating the enhancement layer of a block as a function of the quality of restitution of this block, determined by comparing the coding of this block in the source image with the coding of this block in the base image, and/or as a function of information coded by this block of pixels.
摘要:
A method optimizes (ST41) positions of anchors in a reference frame of a network by minimizing a variance of an error of estimation of the positions of the anchors.
摘要:
The present invention concerns a method and apparatus for building an estimate ( Ŷ ) of an original image (Y) from a low-quality version ( Y l ) of the original image and an epitome ( E h ) calculated from an image. The method is characterized in that it comprises: - obtaining (11) a dictionary comprising at least one pair of patches, each pair of patches comprising a patch of the epitome, called a first patch, and a patch of the low-quality version of the original image, called a second patch, a pair of patches being extracted for each patch of the epitome by inplace matching patches from the epitome and those from the low-quality image, - for each patch of the low-quality version of the original image, selecting (12) at least one pair of patches within the dictionary of pairs of patches, each pair of patches being selected according to a criterion involving the patch of the low-quality version of the original image and the second patch of said selected pair of patches, - obtaining (13) a mapping function from said at least one selected pair of patches, and - projecting (14) the patch of the low-quality version of the original image into a final patch ( X̃ h ) using the mapping function.