System and method for using a unified memory architecture to implement a digital camera device

Claim 2

A digital camera device comprising: a CPU capable of concurrently processing multiple unprocessed images into processed images; a memory device, coupled to said CPU, for storing sets of image data, comprising frame buffers for storing unprocessed image data and a random-access memory disk for storing unprocessed image data and processed image data; a memory manager for allocating storage locations to store said sets of image data within said memory device; a power management system, for monitoring a power supply to detect a power failure, configured to protect said sets of image data if said power failure is detected; and an interface coupled to said memory device whereby an external host computer can access said sets of image data stored in said memory device.

Claim 3

The digital camera device of claim 1 further comprising a removable non-volatile memory coupled to said memory device for storing unprocessed image data and processed image data.

Claim 4

The digital camera device of claim 1 wherein said memory device uses a standardized file system for storing said sets of image data.

Claim 5

The digital camera device of claim 1 wherein said power management system comprises: main batteries for providing operating power to said digital camera during normal operation; backup batteries for providing operating power to said memory device during a power failure in said main batteries; and a power manager device for sensing said power failure and responsively connecting said memory device to said backup batteries.

Claim 8

The method of claim 5 further comprising a removable non-volatile memory coupled to said memory device for storing unprocessed image data and processed image data.

Claim 9

The method of claim 5 wherein said memory device uses a standardized file system for storing said sets of image data.

Claim 10

The method of claim 5 wherein said CPU can instruct said memory manager to allocate said storage locations.

Claim 11

A computer-readable medium comprising program instructions for causing a computer system to perform the steps of: using a CPU to concurrently process multiple unprocessed images into processed images; using a memory manager to allocate storage locations within a memory device comprising frame buffers for storing unprocessed image data and a random-access memory disk for storing unprocessed image data and processed image data; storing sets of image data into said allocated storage locations; using a power management system to monitor a power supply and detect a power failure; using said power management system to protect said sets of image data from said power failure; and communicating with said memory device via an interface whereby an external host computer can access said sets of image data.

Claim 12

A computer-readable medium comprising program instructions for causing a computer system to perform the steps of: using a CPU to concurrently process multiple unprocessed images into processed images; using a memory manager to allocate storage locations within a memory device comprising frame buffers for storing unprocessed image data and a random-access memory disk for storing unprocessed image data and processed image data; storing sets of image data into said allocated storage locations; using a power management system to monitor a power supply and detect a power failure; using said power management system to protect said sets of image data from said power failure; and communicating with said memory device via an interface whereby an external host computer can access said sets of image data.

Claim 13

The medium of claim 9 further comprising a removable non-volatile memory coupled to said memory device for storing unprocessed image data and processed image data.

Claim 14

The medium of claim 9 wherein said memory device uses a standardized file system for storing said sets of image data.

Claim 15

The medium of claim 9 wherein said CPU can instruct said memory manager to allocate said storage locations.

Claim 16

A digital camera device comprising: CPU means for concurrently processing multiple unprocessed images into processed images; memory manager means for allocating storage locations within a memory device comprising frame buffers for storing unprocessed image data and a random-access memory disk for storing unprocessed image data and processed image data; means for storing sets of image data into said allocated storage locations; and means for communicating with said memory device via an interface whereby an external host computer can access said sets of image data.

Claim 17

A digital camera device comprising: CPU means for concurrently processing multiple unprocessed images into processed images; memory manager means for allocating storage locations within a memory device comprising frame buffers for storing unprocessed image data and a random-access memory disk for storing unprocessed image data and processed image data; means for storing sets of image data into said allocated storage locations; and means for communicating with said memory device via an interface whereby an external host computer can access said sets of image data.

Claim 18

The digital camera device of claim 13 further comprising a removable non-volatile memory coupled to said memory device to store unprocessed image data and processed image data.

Claim 19

The digital camera device of claim 13 wherein said memory device uses a standardized file system for storing said sets of image data.

Claim 20

The digital camera device of claim 13 wherein said CPU can instruct said memory manager to allocate said storage locations.