Apparatus and method for updating images stored in non-volatile memory

A method comprising:

• receiving an updating image to update an old image;
• translating a logical address included in said updating image into a physical address;
• selecting one of a plurality of non-volatile memory segments based on said physical address;
• updating said one of the plurality of non-volatile memory segments with said updating image;
• and
• displaying said updating image stored in said one of the plurality of non-volatile memory segments on a predetermined display section on a display.

A processor readable medium which, when executed by a processor, causes said processor to perform a method comprising:

• receiving an updating image to update an old image;
• translating a logical address included in said updating image into a physical address;
• selecting one of a plurality of non-volatile memory segments based on said physical address;
• updating said one of the plurality of non-volatile memory segments with said updating image;
• and
• displaying said updating image stored in said one of the plurality of non-volatile memory segments on a predetermined display section on a display.

A computer data signal comprising:

• a code segment to receive updating image to update an old image;
• a translate code segment to translate a logical address included in said updating image into a physical address;
• a selection code segment to select one of a plurality of non-volatile memory segments based on said physical address;
• an update code segment to update said one of the plurality of non-volatile memory segments with said updating image;
• and
• a display code segment to display said updating image stored in said one of the plurality of non-volatile memory segments on a predetermined display section on a display.

A computer system comprising:

• a processor;
• a non-volatile memory coupled to said processor, said non-volatile memory including a plurality of non-volatile memory segments, each of said non-volatile memory segments having a predetermined address to allow a selective access thereto;
• an interface port coupled to said non-volatile memory, said interface port adapted to receive data;
• a first circuit for translating a logical address included in a received data into a physical address corresponding to at least one of said predetermined addresses of said plurality of non-volatile memory segments;
• a second circuit for selecting one of the plurality of non-volatile memory segments based on said physical address;
• a third circuit to update data stored in said one of the plurality of non-volatile memory segments with said received data;
• and
• a fourth circuit to configure a display template having a plurality of display sections on a display wherein data stored in said one of the plurality of non-volatile memory segments is displayed on a predetermined display section.