Abstract: A method includes: acquiring a semantic primitive set of a multi-view image set; acquiring a coordinate offset by inputting coordinate information and a feature vector corresponding to a first grid sampling point of the semantic primitive set into a first network model, and acquiring a second grid of the semantic primitive set based on the coordinate offset and geometric attribute information of the semantic primitive set; acquiring first feature information of a second grid sampling point by inputting coordinate information and a feature vector corresponding to the second grid sampling point, and an observation angle value into a second network model, and acquiring second feature information of the semantic primitive set based on the first feature information; and acquiring a light field reconstruction result of the multi-view image set based on an observation angle value of the semantic primitive set and third feature information extracted from the second feature information.

Abstract: A smart camera system including an image sensor and a controller is presented. The image sensor generates video data that is initially at a bit rate of a pre-determined bit rate value. The controller is coupled to the image sensor to transmit the video data. The controller includes a processor operating at a clock rate of a first frequency. The processor is coupled to memory, the memory including instructions, which when executed by the controller causes the smart camera system to perform operations. The operations include dynamically scaling the clock rate of the processor to an adjustment frequency in response to receiving an input to change the bit rate of the video data. The adjustment frequency for the clock rate of the processor based, at least in part, on the input bit rate value. The operations further include changing the bit rate to the input bit rate value.

Abstract: A smart camera system including an image sensor and a controller is presented. The image sensor generates video data that is initially at a bit rate of a pre-determined bit rate value. The controller is coupled to the image sensor to transmit the video data. The controller includes a processor operating at a clock rate of a first frequency. The processor is coupled to memory, the memory including instructions, which when executed by the controller causes the smart camera system to perform operations. The operations include dynamically scaling the clock rate of the processor to an adjustment frequency in response to receiving an input to change the bit rate of the video data. The adjustment frequency for the clock rate of the processor based, at least in part, on the input bit rate value. The operations further include changing the bit rate to the input bit rate value.