Convert Old Computers Into Processors

CONVERT OLD COMPUTERS
INTO PROCESSORS

Left: The photo shows the MC computer which can add an additional 1008 processors and a Lenovo PC which can add a half million processors

The research department has found a way to convert "old" computers into vast numbers of individual and parallel processors. This could potentially increase the number of processors inside the Big Brain by a vast amount, perhaps well into the millions.

For example, the use of an extra Apple iMac could produce an additional 500,000 processors. The idea comes from the Propeller chip, which, as one chip, has eight cogs and eight instances of the Spin interpreter.

Left: This iBook could add over a quarter of a million processors.

A recycled computer can have many instances as well, with a placement of the interpreters into the main machine. The key will involve finding a low overhead interpreter and linking the repetition of interpreters from the computer to the remaining machines. This may be accomplished with cloning, and the new technique of spatial mapping used in our Monster Machine series as linked to Big Brain telescopes.

Left: one multiple processor micro controller board like this can add over 27,000 processors

The numerical limit of these new processors is unknown at this time when using all the Big Brain peripherals. It will likely depend on the computer's speed, memory, size of the interpreter, speed of the interpreter, display real estate, and other factors. An experiment is being conducted to determine the practicalities of speed and function, and the number of cloned processors that can co-exist on the latest iMac

Left: appending this BoeBot Brain project can add an additional 40,400 processors.

Past Blast Brain Cube

Computer Brain Cube representation

2002 HUMANOID BRAIN-CUBE

Created 26 Jun 2002, 03:47 UTC modified 26 Jun 2002, 04:03 UTC

Past Blast time travels to a decade ago, way back in the year 2002 when work was underway to create a different kind of big brain with great processing power. The Brain Cube of yesteryear paved the way to the Big Brain of today.

The BRAIN-CUBE functions in n-dimensions for the greatest humanoid processing power

Parts are now garnered for the first five levels in the matrices of the BrainCube. Initial matrice coupling has been accomplished with wire interfacing, but soon to be replaced with homebuilt and designed optoelectronic phase couplers and newly built free space transportation devices - this will eliminate wires, compress the size down to a more microscopic level, and allow the introduction of light waves and lenses to replace electronic components, a plus in terms of high speed particle functioning and component elimination and reduction. 

As N dimensions are added to the modulus, the mathematics of the dynamics seem to grow exponentially. I have added a project phase to further develop N dimension mathematics, as needed. It is likely the power of N dimensional computing will initially exceed the humanoid walking parameters, but will assist in more complex functions such as vision recognition algorithms and AI retentive capabilities. 

Definitions

MATRIX BRAIN CUBE - a three dimensional matrix cube supported by up to one thousand discrete optical computers (n computers) serving as a humanoid brain.

Stacking Up
How does this stack up against today's Big Brain? Favorably. The Big Brain has 100+ dimensions and fits the expansive "n" computers model nicely. The Big Brain has 100,000+ processors, ten times larger than the Matrix Brain. It's multi arrayed and paralleled, not necessarily cubed though it can be, and the processors are mix varied between Propeller cores, Propeller VPs, GPUs and not optical.