BIG BRAIN TECHNOLOGIES: array

Showing posts with label array. Show all posts

Thursday, April 23, 2015

Symbiotic Symbiosis Telescope SST

Symbiotic Symbiosis Telescope SST

Finalized prior to May 1st, 2015, at number 16 in the list of super power telescopes, the Symbiotic Symbiosis Telescope SST can overlay two chameleonic states to create one symbiosis. The ST Telescope adds useful functions and contributes to the array of power telescopes as a new addition telescope created after the OT telescope.

Sunday, December 15, 2013

OT & Telescope Control

Saturday, February 16, 2013

Advancing Matrix Array

ADVANCING MATRIX ARRAYS

A simple matrix is typically a rectangular array of elemental numbers. The Big Brain Machine Initiative takes this several levels deeper by creating the Advancing Matrix Array, which is an N-dimensional matrice that becomes "arrays of dimensions."

This can include the Calculus of space, time, and elements of relativity and beyond. Basic rules of the fundamental matrix is extended with transformations. For example, space is warped, time travel is divided, and relativistic holes are dimensionally added. Space is juxtaposed in the event of gravity lensing.

A matrix can control an array of LEDs. Perhaps more importantly, a matrix can control an array of space time and the elements of relativity. This type of matrice could control relativity space time flux for a time travel pod, or it could serve as the manifold tuner in a matter-antimatter chamber.

It can also be used to control Universe gates and doorways. It could help open a portal to a new place in space and time. It could serve as the navigational control in the shifting proximity of space altered by gravity wells. Perhaps it could help a machine probe circumnavigate the outer fringes of Black Holes to gain a greater understanding into their relativistic jets.

Beginning a Matrix Array experiment

Advancing Matrix Arrays have many uses for the insides of massive Transposition Machines by controlling, setting, creating, and transforming their internal parameters and NDIMS.

The AMAs work well in the technology of MIMs, machines in machines, and transforming not only matrices but entire machines. Another example is in the performance of JAVA design computational tools. Referring to the matrix 3 diagram, in the example of Java computational design tools, the 3 dimensional array of integer in the code can be diagrammed like the figure. A 3 dimensional array is an array of arrays of array. The length of the first dimension is matrix3.length. The length of the second dimension is matrix[0].length. The length of the third dimension is matrix[0][0].length. Like 2 dimensional arrays, this 3 dimensional array also has matrix[0][0].length , matrix[0][1].length , matrix[1][0].length , matrix[1][1].length , matrix[2][0].length and matrix[2][1].length independently, but again they are all same value in this code. (see http://igeo.jp/tutorial/6.html)

Monday, March 26, 2012

ULT Recombinator

SPECTACULAR ULT RECOMBINATOR INVENTION!

The newest machine driving the ULT Ultra Large Telescope is the ULT Recombinator. The Recombinator is a much more complex machine that links two or more Adjunctives using hardware and software and a good control over the parametric identities of each.

Big Brain's ULT has access to NASA Adjunctives such as the ISS International Space Station and its data.

The more Adjunctives processed with the Recombinator, the greater the complexity. This makes several events possible - one, increases of resolution, two, gains of light gathering power, three, equivalency of a larger and larger telescope, and four, increase in the slope of massive discovery per unit voyage. The Recombinator requires special software, unique research, a multiplicity of hardware nodes, and a preparation phase. The Recombinator is the driving force taking the ULT from a 10X Universe Penetrator enhancement to 20X. Coming down the pipeline is a wider diameter telescope, next generation. Since the enhancement is along the linear diameter of the existing scope, the 24M would escalate to 48M or going from 945" to 1,890". The Recombinator is the latest key to driving the telescope machine to produce greater results.

Machines Driving the Ultra Large Telescope

1) Big Brain
2) Universe Penetrator
3) Adjunctive Array
4) Multi Mag Slider
5) Recombinator

Monday, January 23, 2012

Singular Array Mode

SINGULAR ARRAY MODE
The Big Brain now has a Singular Array Mode. This allows one or more arrays to power down, switch off, or go on standby, thus permitting a single array to function.

What is the advantage of this mode? It can serve up a waiting standby of multiple functions and purposes at the same time, keep online multiple projects crunching data simultaneously, and retain other purposes and functions while a primary array is working at the forefront of activity. SAM is controlled by witholding power to the array(s) or programming the array(s) into a standby mode.

New Word Definitions
Singular Array Mode - setting one or more arrays to power down, switch off, or go on standby, thus permitting a single array to function

Wednesday, January 18, 2012

Array Disassembly Reassembly

BIG BRAIN ARRAY DISASSEMBLY AND REASSEMBLY

For moving, shipping, and transport, all Big Brain arrays needed to be disassembled. The challenge was how to take apart these wired breadboards and remember how to reassemble at the destination.

Wires are removed from Array edges

1) The first solution was to photograph all the boards in color detail from various angles. Each breadboard is unique and has identifying features.

2) The second solution is to use color coded wires. For example, a green connecting ground wire from one breadboard to another was disconnected at one breadboard. In the exact hole position, another green wire was inserted. For reassembly, the wires are matched, although several wires of one color may exist and to sort this out, photos are consulted. Connecting array color codes include black, green, blue, red, salmon, white, orange and yellow wires.

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