Efficient primal computing system

Abstract

A computing system and method. The inventive system comprises a user interface for providing user input and output and a RASP controller operationally coupled to the user interface. The RASP controller includes a central processing unit implemented with a microprocessor adapted to program instructions stored in a tangible medium and at least one RASP registers configured to store encoded data. A RASP formatter is operationally coupled to the RASP controller and a RASP memory operationally coupled to the RASP controller and the RASP formatter. A boot memory provides program instructions for execution by the central processing unit whereby computing system effects data storage and retrieval using a primal file structure. In a more specific implementation, an input buffer is included and adapted to store electrical signals representing an arbitrary finite data sequence. The RASP formatter is operationally coupled to the input buffer and includes a converter adapted to convert the sequence into a natural number. The RASP formatter further includes a divider (multiplier?) operationally coupled to the converter and adapted to factor the natural number. The RASP formatter further includes an adder operationally coupled to the divider and adapted to concatenate indices of the factored natural number to form a primary binary string and store the primary binary string in the RASP memory.

Dependencies are inferred from the claim text.