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Tuesday, November 10, 2015

Space1 Index by Date

Tuesday, October 29, 2013

Brain Cortex Arrangement Part 7

BRAIN CORTEX ARRANGEMENT PART 7
Home decor and interior decorating is important to the Brain Cortex while living inside the jar.

The arrangement and placement of modules inside the cortex home jar is very important. Proper placement more readily enables battery changes and access to the electronics board for changes and upgrades, facilitates easier wiring, and more effectively routes the jar communications cable. It also creates available real estate for expansions in the future.

Several points are established today.

1) Twelve individual battery holders are mountable closer to the jar's curvature, thus creating more space inside the jar in the center area.

2) Twelve D size cells make up a battery pack. There are of six sets of two batteries to a set. Each set provides 3 volts. Six sets are wired in parallel. One alkaline battery is rated at 12,000 mAh. Two batteries in series have the same rating. Six sets (12 batteries) are rated at 78,000 mAh. At 30 mA drain, this gives 2,600 hours or 108 twenty four hour days of service (about 3.5 months).

3) If rechargeable zinc carbon batteries are used, one battery gives 8,000 mAh. Two batteries in series have the same rating. Six sets (12 batteries) are rated at 48,000 mAh. At 30 mA drain, this gives 1,600 hours or 66.7 twenty four hour days of service (about 2 months).

4) The jar bottom will have a circular desiccator plate attached by a center bolt with a wing nut for removal. It's smaller diameter must not interfere with any of the battery holders.

5) Both solar panel and mother board are mounted onto rectangular pieces of trans board (polymer transparent plastic). Brass spacers connect the transboard to the interior jar.

6) A small manual thermometer will be placed inside the jar to determine the condition of the batteries during charge. A warmer battery indicates a full charge.

7) The desiccator, at the bottom of the home jar, will help prevent the formation of moisture inside the jar as the temperature varies. Make sure the Desiccator disc clears the battery packs for easy removal to replace the desiccant when it becomes necessary.

— our project is to develop and demonstrate a machine brain transfer, in particular to accept some relatively simple characteristics of a human brain and transfer portions to that of a machine brain, whereby those characteristics could be given a life longevity far exceeding that of the original human, and perhaps establishing immortality —

Brain Cortex Index Part 16

Monday, October 21, 2013

Brain Cortex Part 2 - the Jar

BRAIN CORTEX PART 2 - THE JAR
PART 1 Work continues on the Brain in a Jar series of projects, this time with a single Parallax Propeller chip and larger one liter jars. Parts were purchased from the electronics stores and jars came from the grocery store pet section for rabbits (seriously), Costco (peanut butter section) and the dollar store (although ironically everything cost more than a dollar).

Did we buy rabbit food to get this jar??!!

LEFT: Jar dilemma, what to do with the rabbit food?

Non-glass jars are relatively inexpensive, more safe from breakage, cost no more than US$3, and are made of durable transparent polymer.

The cortex can communicate to the outside world through the transparent home jar with a choice of light sensors, protruded wiring, or transmitters. The battery pack is also rechargeable through the transparent jar with solar cells.

We ate peanut butter to get the peanut butter jar but we doubt we're going to eat the rabbit food in the rabbit food jar. Anyone have a rabbit?

Brain Cortex Index Part 16

Wednesday, July 31, 2013

DIY Supercomputers with Multiprocessor Mix

Old/new cameras: resources, cpu, card, electronics

DIY SUPER COMPUTERS WITH MULTI-PROCESSOR MIX

The world can be a fast changing place with new ideas born every day. While most people are able to embrace societies new technology, others cannot. In the history of computing, which has seen radical changes over the years, it's the very people in the field that are either innovators and welcome change, or entities of a resistive force which die out or fade away.

Here at the Lab, we like to think there's at least a small part of science innovation and the offering of new approaches and ideas with combined fields of science. One new idea involves supercomputers. Generally a supercomputer is created by taking a bunch of computers of one type, and multiplying its number to create a cluster. This plurality of many computer machines computing in parallel makes a powerful combination.

The Lab is working on supercomputers of a different type. We've discovered that it's possible to connect together many computers and processors of varying types. One may do supercomputing with a mix of highly specific chip boards, different types of CPUs, different types of computers, and a mix of supporting hardware and resources.

In home supercomputing, you use what you can get at a reasonable cost. Home supercomputing projects simply don't have millions of dollars to cash up on expensive arrays. So we collect the parts available, perhaps on closeout, good deals, yesterday's models, used equipment, unusual equipment like the guts of cameras, or great finds from anywhere and anyplace offering lots of CPUs and resources.

This mix may include PCs, Macs, Linux boxes, game machines, GPUs, assorted boards, DIY machines, cameras, or raw chips from assorted companies like Parallax, Parallella, Green Machines, and other multicore chips from various manufacturers. For example, take a look at what you can do with old computers. It's now possible to turn these outdated computers into more processors.

http://humanoidolabs.blogspot.tw/2013/07/convert-old-computers-into-processors.html

In another example, proof of the pudding, let's take an inside look at the Big Brain Supercomputer. How many different types of processors does it hold? It appears to hold over thirty different types of CPUs and technology. One development state of Big Braining led to a period of assimilation where other material, machines, chips, components, boards, etc. were consumed and made part of the Big Brain. The following list details some of those varying types of assimilated technology.

Parallax Propeller Chips
AMD GPUs
New Mac Computers
Lenovo Computers
ASUS Computers
VP Processors
Parallax BASIC Stamps
Netbooks
MacBooks
iMacs
iBooks
Video Card Processors (several varieties)
Various Boards (8 varieties)
Cameras
Smart Phones
iPad

In conclusion, it's possible to mix a variety of processors and technology to create supercomputers. This can include computers recycled into more CPUs, and a "what's available" approach to the hardware.

Thursday, March 15, 2012

ULTRA Telescope Home Page

Propeller Powered Big Brain
ULTRA TELESCOPE

THE LARGEST TELESCOPE IN THE WORLD!

Beating out record diameters of all largest telescopes on the Google List for on-Earth and in-Space, the illustration conceptually shows the approximate 24 meter diameter scale of the completed Big Brain's ULTRA Telescope. However, diagrammatically different, the ULTRA is both on Earth and in space - keeping with apples to oranges, the Google list compares a wide variation of designs and their equivalent sizes with everything from single mirrors to binoculars and MMT multiple mirrored telescopes.

HOT NEWS - Several new variations of the Ultra Telescope add capabilities, increase diameter and resolution, and add to the number of combined satellites. (SEE LINKS BELOW)

Source By comparison, the Big Brain's operational ULTRA Telescope approximately matches the TMT telescope diameter as seen in this illustration. New generation extremely large telescopes of this size are only in the planning stage, however the Big Brain's ULTRA telescope is fully operational.

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Administration The New Ultra Large Telescope is a project managed by Humanoido and the Big Brain Project, and has resulted in a massive international cooperation between the Big Brain, Humanoido, and NASA. NASA has offered billions of dollars of equipment, resources and data. Humanoido has contributed large investments of the Big Brain Machine and its many resources and technology. The Big Brain has contributed aspects of inventions, machinery control and processing with access to over 101,500 computing processors and the ability to control over 3,200 devices. This co-op has led to the new formation of the DSC Deep Space Center. The DSC is in charge of Telescope control, imaging, data management, archive and operations.

The Prime Directive We're voyaging to the edge of the Universe in a grand exploration and to see what lies beyond. It's like real Star Trek, as the telescope goes out farther and farther, it will explore the exciting new worlds from here to there.

Telescope Design & Physical Characteristics The telescope has a new classification because it can exist in two (or more with the expanded version) places at the same time. This is a Symbiotic Telescope - half of this telescope is in space and the other telescope half is on one Earth continent. The two halves work in unison. Adding telescope components, the project comprises Big Brain's inventions for the NULT such as the Universe Penetrator Machine, the Adjunctive Equipment Array, and the initial Battery Compliment of 724 active Big Brain Processors which debuted when the telescope saw first light. The telescope has no need for Adaptive Optics as atmosphere does not affect it, and it already meets and exceeds resolution for the specified primary size.

Processors The ULTRA Telescope has access to 720 streaming GPU processors, over 800 RISC processors, full banks of 100,000 V processors from enhanced Parallax Propeller chips and an assortment of INTEL processors. The Big Brain and telescope have access to over 101,500 computing processors.

Supercomputer The ULTRA Telescope is now operated by a supercomputer.

Telescope Speed Only one magnitude under a supercomputer, the ULTRA is a powerful instrument capable of making discoveries and carrying out the Big Brain's research and goals. At the Big Brain Deep Space Center, operating speeds are theoretically available into the TeraFLOPS range.

Location The ULTRA Telescope project center is now located at the Big Brain's newly formed Deep Space Center DSC where the telescope is hosted, operated, developed, controlled, & experiments, tests and observations are made, data is accumulated, TeraByte drives store data and considerable research takes place.

Control The Telescope is controlled with the Propeller derived Big Brain handling operations at the Deep Space Center. DSC handles the Telescope and data from the Earth's solar system extending out to the end of the known Universe. Control of the Telescope currently includes its Big Brain, Universe Penetrator, Inventive Compliment, Processor Arrays, Web Based Telemetry, and Adjunctives. The DSC houses an array of computers, the Big Brain Vessels and supporting technology. The ULTRA makes innovative use of web-based telemetry in its wide data pipeline.

Performance

The ULTRA Ultra Large Telescope is 24 meters in diameter (940-inches) and has performed out to the edge of the Universe in preliminary calibration imagery. The ULTRA Telescope performs optically thus far with deep space, black holes, remote galaxies, lunar objects, and planets both within and outside of our Solar System - all at a new standard in revolutionary imaging and resolution defined by updated derived parametric formula to specify performance. The unique performance of this symbiotic union of telescope and machine brain is unprecedented in the history of astronomy and machine intelligence.

Telescope Programs

For a brief one week time period, the Telescope was opened up for observational pointing suggestions from the public. A person could suggest pointing the Telescope at a particular planet or galaxy and the results were posted. This resulted in numerous remarkable imagery obtained of objects located inside and outside the Solar System. Stay tuned as future programs may be offered.

Upgrades

The NULT telescope was upgraded several times and is now referred to as the ULTRA Telescope.

ULTRA Large Telescope Selected Index

This selected index attempts to categorize, link, and include everything about, for, by and related to the enormous 24-meter class telescope project developed under auspices of the Big Brain Project, Humanoido and NASA.

Links & Credits

ULTRA Telescope Home Page
Google Wiki List of Worlds Largest Telescopes

Site 1 Telescope
Site 2 Telescope

Definitions
NULT New Ultra Large Telescope, original telescope before upgrades

ULTRA upgraded new ultra large telescope, Ultra Large Telescope Research Administration

Symbiotic Telescope a telescope located in two places at the same time

Battery Compliment the number of processors to specific task adorning

Inventive Compliment a number of inventions that serve the function of the NULT Telescope

Arrays referring to both available microprocessors and multiple adjunctives

Web Based Telemetry transferance of data and control through the web

Symbiotic Union merging of Big Brain and Telescope

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