Brain Cortex Capacity Part 34

The capacity of a brain increases with the number of processors which is related to the number of chips. When the chip density approaches 100 chips, the capacity for processors increases to 100,000 times more and beyond. INTELLIGENCE is a multiple subset of this processor relationship. This is related to neural capacity. It's expected that jar density will greatly increase with the use of specially designed boards. Large jars are currently waiting as cortex confinement vessels for extremely large brains currently up on the designing board. In this photo, an experimental 100+ chip big brain is running several connection machine experiments. This shows two design integrations, one in the back is an exoskeleton where the boards and components and wiring are on the outside, and second, high density boards in the front can hold over 192 RISC processors per board. Chips are Parallax Propeller.

BRAIN CORTEX CAPACITY
PART 34
Build a brain cortex with one chip or with one hundred chips. The neural capacity does not multiply 100 times for 100 chips. Neural capacity is multiplied 100,000 times. Imagine the power of a cortex 100,000 times more powerful than the current designed brain cortex in a jar.

Would it fit in a jar? Only if the jar is a big one! How big? Currently the lab has a big 5-liter jar. After some tests and redesigns, a new high density cortex will be placed inside but this is a future project.

The cortex is a different kind of machine animal with purposes entirely different from the Big Brain. Though technology from the Big Brain has made the Cortex possible, its purpose is very unique, i.e. both transferring a part of a human brain into the machine jar and increasing the jar's counterpart life span towards a state of immortality.

The base capacity of cortex intelligence "I" is based on a fundamental eight RISC processors. So doubling the "intelligence" of the cortex requires sixteen RISCs and the expansion is:

 Intelligence = 8n1 + 8n2 + 8n3 + ... where n is a factor multiple of 8. So the cortex can have an intelligence increase by adding cores. A chip has eight RISCs so three chips will have 24 or three times the intelligence.

Since limitations at the upper end allotment for configurations are currently allowed at 800 processors, the expanded cortex can have up to 100 times the intelligence level of the first cortex.

Machine cortex intelligence is based on DNA or birthing knowledge, the size of long term and short term memory, conversation capability, thinking, asking questions and the ability to continually learn new things.

MACHINE CORTEX INTELLIGENCE NI
* DNA
* Memory
* Conversation
* Thinking
* Questions
* Learning

ABOUT THE MACHINE CORTEX BRAIN PROJECT
This project objective is to develop a cortex machine brain, demonstrate a human-to-machine brain transfer, in particular to take some relatively simple characteristics of a human brain and transfer portions to the machine brain, whereby human traits could be given a greater life longevity, leading towards immortality.

Index to the Brain Cortex
http://humanoidolabs.blogspot.tw/2013/11/brain-cortex-index-part-16.html

Inverted Exoskeleton

INVERTED EXOSKELETON INVENTION
Turn your machine skin inside out!!!

This documents the new invention of the Inverted Exoskeleton. Prior to this, the Big Brain employed two styles of machine hardware design, a stacked tower of boards and the Exo or Exoskeleton.

POSITIVE EXO 
The EXO is positive in nature, and has boards or component skin on the peripheral outside where wiring takes place.

TOWER
The Tower has boards stacked one of top of another. This approach is expanding linear. Wiring takes place on the top of each board.

NEGATIVE EXO
The Big Brain Project has invented the Negative Inverted Exoskeleton. The NIE has wiring and components inside the EXO configuration. It's the same as turning an Exoskeleton skin inside out.

COMPONENT PROTECTION 
The NIE is a revelation in Big Braining technology. For the first time, the inverted electronic skin will protect components using the outside, or previous underside, of the board.

DURABILITY
The board also acts as its own support, connect together at the edges with simple low cost hardware. The config is idea for more rough handling, mobility, transport and even going into space. With inertial rocket effects on the NIE payload, the wires will press against the boards which act as a supporting bed in specific conditions and orientations.

COMPONENT PLACEMENT
The NIE places components on the inside, making better use of space and footprint. The ideal NIE config places the solderless breadboard at the opening side for easy wiring access. One challenge faced by the deployment of the NIE is the serial or USB connector orientations and resultant cabling positioning. 90-degree internalized mounting of boards restrict access to connectors which were mounted along board edges.

QUADLYZER CONSIDERATIONS
A new QuadLyzer is being examined with the possibility of a new Negative Inverted Exoskeleton design. However, Parallax has a universal design of placing the connector at the board's edge. This is blocked with the NIE design. One option is a turn-out board design which increases design complexity. For now, the best design for the QuadLyzer is a positive Exoskeleton to maintain easy access to cabling and serial connectors.

RX Propeller Supercomputer

RX PROPELLER SUPERCOMPUTER

Big Propeller Retro Supercomputer

The RX Propeller Super computer is made from all Parallax Propeller chips. It exceeds one-C of chips, including twenty Parallax Propeller Proto Boards and several large chip-filled high density solderless breadboards reconfigurable for various experiments.

The purpose of the RX is experimenting, supercomputer distributed parallel algorithm development, and having fun bringing back nostalgia from yesteryear's super computing machines! Of course, the R in RX stands for Retro.
 

History
It's how you look at it. The left side added to the right side of the Big Brain Machine equals a modern 2011/2012 super computer with TFLOPS processing power, according to the Top 500 list of supercomputers. But what happens when the left side is detached from the right side? What new things can arise from this configuration?

Retro Supercomputing
Now take the left side only into consideration. It accurately represents a Retro Supercomputer with approximately 1990s supercomputing power.

Functions
The left side is also a powerful controller to the outside world with its excess of 3,200 controlling input output ports and it has vital functions for retro and nostalgic supercomputing experimentation. It's ideally suited for development of distributed parallel programming techniques for various supercomputers.

Specifications
The best way to review some of these specs is to consult the specifications page, keeping in mind what applies to only the left brain. This, in a nutshell, includes all functions developed for solderless breadboards and the EXO.

EXO & Breadboards
The EXO is the previously detached Exoskeleton, a kind of obverse tower where the components are on the outside. Seen in the photo, the left brain combines the breadboards and the EXO.

Speed

At 160 MIPS per chip, the first 100 chips push theoretical speed to 16,000 MIPS or 16 Billion Instructions Per Second (or approximated as 16 GIPS). The RS is integer based so you'll need to convert standards when comparing to other machines. GFLOPs speed is as fast as a 1990s supercomputer (see link). 

The Propeller Supercomputing Kit

What would be needed for a kit? Let's say you can get the common lights, resistors, capacitors, breadboards, and Propeller chips. What else is required? The Propeller Supercomputer Kit includes the following to get started. 

Propeller Supercomputer Kit
Schematic Diagrams
Enumerator
Parallel Loader
Operations Algorithm
Applications Outline
Instructional PDF

RX Propeller Supercomputer Milestones

• Enumeration (software based)
• True Parallelism
• Instant Loading
• Thousands of Propeller VIP Processors
• Cloning
• Breaking the 100-chip Propeller barrier
• Stacked High Density Solderless Breadboards
• Exoskeleton Structure Components on Outside
• Evolution Chip Independence (EI, CI, AI)
• Divisional Signalers (DS Mode)
• Simplex N (Neural Config)
• ParP Ops (Parallel-Parallel Mode)
• Cross Platform Hosting
• Multi Program Language Ops

Links
http://en.wikipedia.org/wiki/FLOPS

Aliens Exist

Proof Aliens exist
and have their own street

FOR DECADES PROJECT SETI SEARCHED THE SKIES FOR ALIEN LIFE and what did they find? All they had to do was look here in Beijing China where intelligent Aliens are living and have their own street. Aliens are very smart because they located their street across from the YouTown Shopping Mall which has food courts, hamburgers, toys, clothes, ice cream, and its all next to a Burger King! Of course! Traveling some distance away, one finds the home of the Big Brain - actually, a part of the disembodied brain known as the EXO. This Exoskeleton portion, which has wiring that exists on the outside of the towering structure, holds 160 computers and represents the upper one fourth portion of the Quad hemisphere brain architecture. The EXO will be relocated in a massive brain project to consolidate all portions of the Big Brain and to make more powerful connections for new purposes in the future. I doubt we'll need permission from the Aliens to move the Big Brain but all bets are on that some of them are going to be a little miffed! How are they going to run the space time trajectories to get back home? You never know the value of something until you don't have it.

Disembodied Brain Goes Airborne

EXO BRAIN DISEMBODIED WILL GO AIRBORNE

It will take at least two weeks and a trip to China to retrieve the disembodied EXO portion of the Big Brain. It will then travel by jet aircraft, personally monitored, in disassembled pieces to it's new location.

This is part of a new program to fully assemble the disembodied brain in one location, to readily facilitate the next move in an effort to make the Big Brain more portable and easier to move, and create new built-in characteristics of mobility.

There's an increasing demand of the Big Brain for processing power and control, and in an effort to increase the magnitude of the Big Brain, all its components will need to function in one place of space time. Most remaining labs will remain open for R&D. Consolidation will be a future topic. The Big Brain has moved seven times and is an international project.

The BIG Brain is currently functioning without the EXO, by using its Right Brain and Left Brain sections which contain enhanced Propeller chip Arrays and AMD streaming processors. This currently leaves enough remaining brain power to run the new NULT 945-inch Telescope and the new Universe Penetrator.

The Big Brain EXO is made from 100% Parallax processors. The isolated EXO Brain section currently has a total of 21,000 enhanced Propeller VP processors, 168 Propeller Cog processors, and several host processors. Predominantly Propeller chip driven, it owes the majority of its processing and controlling power to enhanced Parallax Propeller chips.