Abstract: A system, method, and computer program product are provided for high-dynamic range images. In use, a first pixel attribute of a first pixel is received and a second pixel attribute of a second pixel is received. Next, a scalar based on the first pixel attribute and the second pixel attribute is identified. Finally, the first pixel and the second pixel are blended, based on the scalar, wherein the first pixel is brighter than the second pixel. Additional systems, methods, and computer program products are also presented.

Abstract: A system, method, and computer program product are provided for simultaneously capturing multiple images. In use, a first sample is stored based on a photodiode of an image sensor. Further, simultaneous, at least in part, with the storage of the first sample, a second sample is stored based on the photodiode of the image sensor. Next, a first value is output based on the first sample, and a second value is output based on the second sample, for generating at least one image. Finally, at least one of the first value and the second value is amplified utilizing two or more gains.

Abstract: A system, method, and computer program product are provided for performing high dynamic range mixing on a pixel stream. In use, the system receives a pixel stream including at least two exposures per pixel from a plurality of pixels of an image sensor. The system then generates a high dynamic range (HDR) pixel stream by performing HDR mixing on the received pixel stream. Finally, the system outputs the HDR pixel stream. Additional systems, methods, and computer program products are also presented.

Abstract: A system, method, and computer program product are provided for simultaneously capturing flash and ambient illuminated images. In use, an ambient sample is stored based on an electrical signal from a photodiode of an image sensor. Also, a flash sample is stored based on the electrical signal from the photodiode of the image sensor. Further, a first value is output based on the ambient sample, and a second value is output based on the flash sample, for generating at least one image. Finally, at least one of the first value and the second value is amplified utilizing two or more gains.

Abstract: A system, method, and computer program product are provided for obtaining multiple exposures with zero interframe time. In use, a first an analog signal associated with an image is received from at least one pixel of an image sensor. Next, a first amplified analog signal associated with the image is generated by amplifying the analog signal utilizing a first gain. Further, a second amplified analog signal associated with the image is generated by amplifying the analog signal utilizing a second gain. Finally, the first amplified analog signal and the second amplified analog signal are transmitted.

Abstract: A system, method, and computer program product are provided for generating a blended pixel. In use, a first image and a second image are received. Next, a motion transform between the first image and the second image is estimated, and an aligned first image and an aligned second image are rendered based on the motion transform. Further, a first intensity for a first pixel associated with the aligned first image is calculated, a second intensity for a second pixel associated with the aligned second image is calculated, and a blend value based on the first intensity, the second intensity, and a blend surface function is calculated. Additionally, a blended pixel associated is generated with a blended image by blending the first pixel with the second pixel based on the blend value. Lastly, the blended pixel within the blended image is stored. Additional systems, methods, and computer program products are also presented.

Abstract: A system, method, and computer program product are provided for digital photography. In use, a method and apparatus are provided for receiving, at least part of, a partially populated dynamic image object (DIO). Next, a first image is identified in the DIO. Then, a second image is identified in the DIO. Further, a synthetic image is generated based on the first image and the second image. Lastly, the synthetic image is stored in an object for use with a viewing parameter. Additional systems, methods, and computer program products are also presented.

Abstract: A system, method, and computer program product are provided for digital photography. In use, a method and apparatus are provided for identifying an object including a synthetic image that is generated based on a first image and a second image. Next, an output image is generated utilizing the object and a viewing parameter. Lastly, the output image is outputted. Additional systems, methods, and computer program products are also presented.

Abstract: A technique for generating a digital photograph comprises blending two related images, each sampled according to a different illumination environment. The two related images are blended according to a blend surface function that includes a height discontinuity separating two different blend weight regions. Color consistency between the two related images is achieved by spatial color correction prior to blending. The technique enables a digital camera to generate a strobe image having an appearance of consistent color despite discordant strobe and ambient scene illumination.

Abstract: A technique for generating a digital photograph comprises blending two related images, each sampled according to a different illumination environment. The two related images are blended according to a blend surface function that includes a height discontinuity separating two different blend weight regions. Color consistency between the two related images is achieved by spatial color correction prior to blending. The technique enables a digital camera to generate a strobe image having an appearance of consistent color despite discordant strobe and ambient scene illumination.

Abstract: Techniques for distributing restricted media to consumers are disclosed. According to one aspect of the present invention, personalized settings (e.g., parameters or table) are managed in a primary client device associated with a user. A copy of the personalized settings is maintained in a server. When the primary box is replaced, a copy of the personalized settings is uploaded to a different client device that is configured to respond to the personalized settings. Data pertaining to titles in a personal vault is preloaded. When there is an order for a release that is restricted for distribution over an open network, data pertaining to such a release is also loaded. As a result, the subscriber sees the familiar settings on the different client device and would not miss any release while the primary box is being replaced or repaired.

Abstract: Techniques for distributing restricted media to consumers are disclosed. According to one aspect of the present invention, personalized settings (e.g., parameters or table) are managed in a primary client device associated with a user. A copy of the personalized settings is maintained in a server. When the primary box is replaced, a copy of the personalized settings is uploaded to a different client device that is configured to respond to the personalized settings. Data pertaining to titles in a personal vault is preloaded. When there is an order for a release that is restricted for distribution over an open network, data pertaining to such a release is also loaded. As a result, the subscriber sees the familiar settings on the different client device and would not miss any release while the primary box is being replaced or repaired.

Abstract: A system and method for generating controlled illumination having a color balance that corresponds to prevailing ambient color balance. A multi-spectral light source having a given spectral characteristic is filtered through an active color filter to produce multi-spectral light conforming to the prevailing ambient color balance. Embodiments of the present invention advantageously enable photographic capture of images without introducing color balance inconsistencies seen in prior art illumination solutions.

Abstract: Binding apparatuses for binding two articles together are disclosed. In one embodiment the articles comprise a snowboard boot to a snowboard. A magnetic element is attached to the snowboard and a permeable element is attached to the snowboard boot. The magnetic element and permeable element are configured to develop a binding force that is sufficient to enable a snowboarder to readily perform certain simple maneuvers, such as dismounting a chairlift.

Abstract: A mechanism for restoring an apparatus to factory default is disclosed. A reset mechanism is provided in an electronic apparatus and can be activated or pressed when the electronic apparatus is powered off. A detection circuit, when the apparatus is powered on, is configured to detect whether the reset mechanism has been activated when the apparatus was powered off. If it is determined that the reset mechanism was activated, the detection circuit activates a resetting process that sets the apparatus back to the factory default status.

Abstract: Techniques for pairing a remote control to a device are disclosed. After a specific button is pressed or buttons are pressed in a specific order, a remote control is caused to enter a re-programming mode. In the mode, the transmitting power of the remote control is significantly reduced, resulting in a much smaller working range. In addition, an identifier in the remote control is changed so that all subsequent command signals from the remote carry a different identifier. For the device to respond to the change in the remote control, a user has to bring the remote control up close to the device for receiving a command signal carrying the changed identifier from the remote control. Once the remote control is back to a normal mode, the remote control is paired with the device within its own working range.

Abstract: Techniques for distributing restricted media to consumers are disclosed. According to one aspect of the present invention, personalized settings (e.g., parameters or table) are managed in a primary client device associated with a user. A copy of the personalized settings is maintained in a server. When the primary box is replaced, a copy of the personalized settings is uploaded to a different client device that is configured to respond to the personalized settings. Data pertaining to titles in a personal vault is preloaded. When there is an order for a release that is restricted for distribution over an open network, data pertaining to such a release is also loaded. As a result, the subscriber sees the familiar settings on the different client device and would not miss any release while the primary box is being replaced or repaired.