Abstract for group DigitalCamera Objective: We plan to design and implement a Digital Camera, with the use of the FPGA and some sort of webcam (basically a lens that can be connected to the FPGA). The idea is that the lens will read the image and display it to a monitor through the programming of the FPGA. While the FPGA will provide the proper connection between the devices, the C code will process it. The buttons on the FPGA will be used for the functionality of the camera, i.e. capturing the image, switchingbetween camera view and stored images, and image switching (between captured images). How: As a starting point, we will use the third option from lab 3 (the image modifier) and expand on it. The lense will read in an image, the FPGA will thenprovide the connection to display the image being seen through the camera onto amonitor. The first goal is to present a freeze-framed image on the press of a button. Next would be using the RAM that is on the FPGA to store the image (after being sized small enough to fit on it), and finally allowing for 2 buttons to cycle through the stored images. There will be one button to switch between the camera's view and the view of stored images. Given this configuration, the C program on top of these settings will provide for added control and functionality. For example, while the FPGA hardware coding providesthe setup, the C program will allow for the image to be scaled to the correct sizing so that it may be stored on the memory of the FPGA. Ideally, in the end we would like to find a means of storing the images external to the camera, such as on the hard disk of the computer, if feasible.