BIG BRAIN TECHNOLOGIES: control

Showing posts with label control. Show all posts

Thursday, November 12, 2015

Space1: USA Government to Control Drones

SPACE1
USA GOVERNMENT TO CONTROL DRONES

http://www.nbcnews.com/news/us-news/u-s-will-require-drones-be-registered-n446266

http://www.engadget.com/2015/10/16/us-drone-registration-report/

This may affect Space1 programs. All said and similar Space1 research vehicles may be thrown away in the USA. For more information, contact Space1 Corporate Office.

All planned launches involving said devices may be discontinued in the USA. Space1 is considering to maintain the fleet overseas, continuing research at that location(s). Launches, space flights, and other programs involving said devices may be discontinued in the USA and strengthened overseas. Long term results of strict USA government control will undoubtedly take money and investment away from the USA and strengthen other countries like China, etc.

For two years, Space1 has incorporated the use of said devices for the purposes of primarily imaging space rocket launches from ground point and throughout the troposphere in 4D, inclusive of various aerodynamic research programs and the ability to act as a supporting air flight platform. These programs may be canceled in the USA as a result of new impending government control of said devices.

Monday, December 30, 2013

FM Radio Station Sensitivity Part 21

FM RADIO STATION SENSITIVITY CONTROL PART 21

Sensitivity circuit, adjust values as needed

This project installs a sensitivity control to the FM radio station. R1 is a static preset 1K ohm resistor as seen in the original schematic. Add an optional resistance with a 0 to 10K ohm variable potentiometer as shown. The variable potentiometer becomes the sensitivity control. Just dial in the amount required.

Calibrate the sensitivity control based on the sound source to improve the sensitivity and quality of the signal. The microphone will be the most sensitive when the value is at zero ohms. R1 is actually an optional resistor as shown. It's purpose is to limit the voice sensitivity, for example, a 10K resistor will resist the voice signal coming from microphone more as compared to the 1K resistor.

Sunday, December 15, 2013

OT & Telescope Control

Saturday, December 14, 2013

OT Telescope Controls

Control room - this scene envisions a large enough OT Telescope control room designed to handle all the functions of the previous 14 extreme machine telescopes. The room would need space to include the Big Brain supercomputer and all of its components and supporting divisions. Multiple panels of LCD monitors could show observational OT Telescope views in 14 dynamics. To the left is the containment for the supercomputer.

OT TELESCOPE CONTROLS
OT is the most powerful telescope in the series of extremely powerful telescopes. Representing over the top performance, it includes the functions and capabilities of the previous 14 telescopes.

What is recommended for the telescope systems control panels and instrumentation environment? Perhaps a view from fiction can help envision the dream environment for control of the most powerful telescope, the OT, when it comes into full operation upon completion of assembly with pipe fittings and mountings.

Envisioning star field and particle dynamics analysis - here the telescope operator is selecting the type of field dynamics and adjusting the penetrative depth of sensing and imaging.

One aspect of the new OT telescope is about how to control it and develop instruments and control panels for it. The Promethius photos best illustrate some of the envisioned concepts.

Envisioning global planetary systems and minor objects, including moons, analysis controls and panels

Imagine a singular room, control center, instrumentation array that includes everything needed for controlling powerful functions inclusive of apertures, adjunctives, paradigmics, gravatomics, moleculars, interpolatives, extrapolatives, recyclers, extensions, inferences, gtechs, and power dynamics, all in a single telescope!

Envisioning automatic planetary atmospheric climatology analysis

The power reconfigurable OT is the ultimate extreme machine, powered by a supercomputer, with more reconfigurable functions than any other extreme machine built to date by the Lab. The extreme machine OT is the most powerful observatory telescope ever conceived by Humanoido Laboratories.

Envisioning multi analysis of a singular object suspended in the space time continuum. This type of instrumentation analysis and controls work to analyze and image distant galaxies, global star fields, and space objects from here to infinity. In particular the analysis of dynamics is selectable and multiple results display simultaneously.

LINKS
http://humanoidolabs.blogspot.tw/2013/12/extremely-powerful-telescopes-update.html

Credit: Prometheus

Monday, November 4, 2013

Brain Cortex Control Panel Part 18

Cortex DVM

BRAIN CORTEX CONTROL PANEL
The cortex is neither animal nor human, but a living machine. It lives within the fine line of a new emerging life form, albeit with a simplified intellect and life.

It can function autonomously and yet have a cortex control panel for human interaction and monitoring. This blog is all about the design of the

Temperature humidity monitor

cortex control panel and some of the features it might include.

First let's establish the duties and functions of a control panel. Here is the current design of useful functions (below).

Photoresistor circuit

It's not out of the question to have a second propeller chip with an additional eight micro processors to do monitoring and tune the control of the energy supply. For example, it could sense battery voltage and initiate recharging. It could sense battery temperature and stop recharging, or detect worn out batteries and ask for replacements. A chronometer could keep track of the machine's age and life intervals.

A night time photo-resistor sensor could induce the machine's sleep cycle and wake it up in the morning or it could determine when to use power from the solar panel or use the solar panel for charging or shut it off in dark conditions.

CONTROLS
BATTERY ON/OFF
SOLAR PANEL ON/OFF
SOLAR CHARGE: ON/OFF
DVM ON/OFF (DIGITAL VOLTAGE METER)
RESET (DUAL SAFETY PUSHBUTTONS)

MONITORED DISPLAY INSTRUMENTS
ELECTRONIC THERMOMETER (AUTOMATIC)
MECHANICAL THERMOMETER (AUTOMATIC)
HYGROMETER (AUTOMATIC)
VOLTAGE METER

ADD ON
CAS LIGHT DETECTOR (AUTONOMIC)

WITH 2ND PROPELLER CHIP
LCD 2X16
LIGHT LEVEL (DAY/NIGHT/DARK/BRIGHT)
CHRONOMETER (AGE)
MESSAGE 1 (REPLACE BATTERY)
MESSAGE 2 (TOO HOT)
MESSAGE 3 (TOO COLD)

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

Monday, September 23, 2013

Robot Explorer Log 10 Mission Control

Mission Control at Humanoido Labs, for Robot Explorer and sending of intelligent life to other planets at the outer fringes of the Solar System, is modestly modeled after NASA's new upgraded control center. Credit: NASA

ROBOT EXPLORER LOG 10
MISSION CONTROL
So now you've created a new life form, sent it to a new world and it's exploring the surface. You'll need a mission control center to gather its images, data, findings, and discoveries.

The Big Brain machine initiative continues to expand. Recent projects include Robot Explorer, designed to explore strange and erie new worlds at the outer fringes of the Solar System. Establishing and maintaining contact with remote robotic autonomous intelligent beings requires a control center, i.e. Mission Control, for the gathering of images and various telemetry signals for analysis.

HISTORY
The previous construction of Mission Control was a command center to control massive space telescopes and included the earthen supercomputer to conduct and make their projects possible.

NEW MISSION CONTROL
The new Mission Control is designed with several purposes, though primarily for establishing contact with autonomous intelligent beings created by the laboratory which will explore new distant worlds.

SETUP
The current setup is a desktop proof of concept using frequencies centered around 1.2 GHz on four channels, and additional channels in the UHF, VHF range for long range wireless operations.

EXPERIMENTS
Experiments conducted include the camera eye on a robot that feeds images into a micro-miniature 1.2 GHz transmitter. The camera eye and transmitter remain on board the robot and wireless send images to the base station on one channel. This channel includes video and audio bands.

CONVERSION
The base station at Mission Control has a 1.2 GHz receiver that converts the signal to standard NTSC composite 1V p-p (AV) and feeds it into the TV. The TV has audio/video AV input.

MORE CHANNELS
A second Parallax Propeller chip, known as the sensor chip, transmits data telemetry on the VHF band USA channel 3. This is received directly by Mission Control's multi-band analog TV. Data transmitted includes information from sensors and various parameters including the condition of the robot and its decisions.

RECORDING TELEMETRY
The TV monitor also has video out which can feed into a VCR or other digital recording device for a record of the mission's proceedings.

Friday, May 31, 2013

AAR Machine New Controls Arrangement

AAR MACHINE NEW CONTROLS AND ARRANGEMENT
Not only are new controls added, but the actual mapped and projected switches now have varied style in the Turn Dial series.

At the top right of the AAR Machine's Boiler Face Plate are now eight new black Turn Dials with indicators.

The variance in style permits a greater simplification of operations and provides for a greater differentiation of controls during operations.

Marked Turn Dials with indicators are ideal for making settings and returning to the machine for repeatability. Other Turn Dials without markings are for calibrating settings abd adjusting the machine with feedback output results

Wednesday, May 29, 2013

AAR Control Boiler Plate

CONTROL BOILER PLATE
The first all-in-one AAR machine has ten toggle switches, two sliders and sixteen turn dials for a total of 28 controls. Of the sixteen turn dials, two sets of eight have different styles, which are divided into two groups at the right side of the machine. The style is either a marked or unmarked dial. Unmarked Turn Dials can mark their positions by feedback. Each toggle switch has two states or functions, provided a total of twenty possible functions, bringing the total possible control functions up to 38. The actual number of functions available on May 2013 is 28 and five more controls were added on May 30th bringing the total to 33.

Monday, May 20, 2013

Inference Engine Icon

INFERENCE ENGINE TELESCOPE ICON RELEASED
A new telescope icon control is released for the IET Inference Engine Telescope and master telescope control panel.

The actual icon remains in a thumbnail format for control and for representations in the telescope Face Plate. The following links relate the IET icon to supporting posts and information.

IET Interference Engine Telescope First Light
IET Inference Engine Telescope Construction
New Expert Inference Engine

Thursday, May 9, 2013

Advanced Control Panel

ADVANCED TELESCOPE CONTROL PANEL
It has taken seemingly ages to come up with a working practical arrangement to hundreds of telescope controls that have evolved over time, ever since the introduction of the first ULT Adjunctive telescope.

A progression of eight telescopes are now handled with instrumentation and controls at the ULTRA Command Center along with algorithms that are not only of function but that of arrangement, developed to greater simplify the controls.

COMPATIBILITY
The first advancement uses telescope control islands for each telescope to maintain complete compatibility with each new telescope to all its predecessors, from one to the next all the way back to the beginning of the first telescope. This includes the ULT, NULT, GT, PGT, MGT, PGT-ET, PDT, and the new GGT. At the top is the GGT with commands providing an estimated 200 control functions. Unique construction was established all throughout the development of Adjunctive telescopes and now the series can take advantage of these developments.

NEW CONTROL ISLANDS
Control Islands allow the GGT to use all the functions of the previous seven telescopes. With this technique, any telescope can be put into operation and the controls will be instantly available. For example, if the UP Universe Penetrator is common to the NULT and all newer telescopes including the GGT, one only needs to engage the control located on the NULT Island while another telescope is engaged. The concept of Islands allows each telescope to be operated with its own unique control features and unique configs. This is because each island only contains the control features unique to that particular telescope and there is no duplication intended.

This page will conduct. organize, classify, and categorize all eight telescope's control and instrumentation islands. It will serve as a landing place to develop a more efficient control system, make updates and revisions, and invent something totally unique to the Ultra Space Administration.

ULT - Ultra Large Telescope
Adjunctive Array (POS Number)
10X UP Universe Penetrator (On, Off)
MMS Multi Mag Slider (Slider)
Multi Pass (Engaged Number, Off) 724 processors (Auto)
Slew (Push)
Guide (On-Auto)
Match Perturbation (Auto, Off)
Precess (Auto, Off)
Obverse Spacecraft Mode (On, Off)
Resolution Determinator (Prog)

NULT - New Ultra Large Telescope
Repeatable Adjunctive Array
Big Brain Penetrator
101,500 processors
Higher Resolution
NULT Storage Containment (Save)
New Accumulator
HUD Heads Up Display (Auto)
Can be in multiple places at the same time (Prog)
Super computer (Prog)
Viewing Window

GT - Genius Telescope
Expanded multiple Adjunctive Array Selection
SCORE Adjunctive Mode
TMA Tri Mode Aperture (1.5-mile, 15-miles, 150-miles)
VARUP Variable Universe Penetrator
FUP Factorial Universe Penetrator
Expanded Adjunctive Multiple Array
GTA Genius Telescope Accumulator
Flight Panel & HUD Heads Up Display
Location Entanglement
Mode: Telescope Mode or Craft Mode
Telescope Mode Phase I or II
SE Spectral Enhancer (Tunable Dial)
Phase II Paradigmic Shift Mode

The GT has a telescope and space craft window into space which serves as an instrumentation control panel and heads up display. This is a window into the particular image view and includes data about the telescope aperture in meters and inches, a six digit numerical window index, orthogonal measurement scales, a centering index, four static position markers, the observational selected object title, a description of what's visible, a description of the mission objective, the UP Universal Penetrator setting value, details regarding the specific Adjunctive Array, details of the Multi Mag Slider (MMS) arrangement, journey time in craft mode, distance to the object being viewed, and list of credits in no particular order.

PGT - Paradigmic Genius Telescope
7,000 miles aperture
MAC Multiple Adjunctive Concatenation
Molecular Stage Cascader
CSW Character Selection Wavelength
Interferometry
New Portal Window
Spectral Hydrogen Enhancement

MGT - Molecular Genius Telescope
Stage Molecular Cascader
Add Control List from the GMM Molecular Microscope
MAG
GAIN
IM image scale
Big Brain Supercomputer
Microscope Amplifier Cascader
Specimen Preparatory Unit
Hot Pre Processor
Baseline Detector
Focus
POS XY-Z
Baseline Attenuator
Stepping Processor
724 Processor Stage
Software
Stage Calculator
MAG on Top Unit
VW
Data Optionator
Post Processor
Post Processor Features
Capture Processor
MAG Adjuster
Intensifier
Definitionizor
Antinoiser
Exponentiator
Booster
Sharp Attenuator
Matter
Broad Highlighter
Shadow Amp
Levelizer
Saturizer
Vignetter
Hot-Cold Equalizer
Exposer
Contrasting Set
Straightener
Enlarger

PGT-ET Paradigmic Genius Telescope Enhanced Technology
Over 7,000 mile aperture
Interim Testing Scope
MAC Molecular Amp Cascader & Processor
Pipe Fitting Atop PGT Telescope
Transformation Telescope from PGT to PGT-ET
Aperture: Width of the Solar System 7.5 billion miles
GMM Molecular Processor
70 New Advanced Controls
Extracted Parasitic Functions
Electronic Lens Booster
Analyzer Head
PGTA Paradigmic Genius Telescope Enhanced Technology Accumulator
Adjunctives
Heads Up Display
Six digit numerical window index
orthogonal measurement scales
centering index
four static position markers
observational selected object title
description of what's visible
description of the mission objective
UP Universal Penetrator setting value
details regarding the specific Adjunctive Array
details of the Multi Mag Slider (MMS) arrangement
journey time in craft mode
distance to the object being viewed
TMA - Tri Mode Aperture
VAR UP - Variable Universe Penetrator
FUP - Factorial Universe Penetrator
Aperture Previously work with the GT Telescope proceeded in a Tri-Aperture mode with selections from 1.5-mile, 15-miles, and 150-miles apertures. However, the successful implementation of a score of Adjuncts has led to a telescope aperture of 7,000 miles. This is a new paradigm in this type of telescope making, hence the new telescope name of Paradigmic Genius Telescope PGT.
Concatenated Adjuncts Achieving a paradigm resulted from the extreme use of Concatenated Adjuncts which as concatenation increases, so does the aperture. The Calculus of Adjunctive Concatenation is integrated over one to infinity.
Character Selection Wavelength Achieving paradigmic results is dependent on character selection wavelength. In this new technique, for example, the observation data can occur in one particular wavelength beyond the visible spectrum, added together with other character selections, then converted to optical means.
Drawing in Radio Radio satellites now come into the equation of the PGT and can be incorporated into the collective. Of course this does not preclude XRAY, Ultraviolet, Infrared, and low and high bands.
Multiplicity The Paradigmic GT telescope now has access to satellites on other moons and planets, landed probes and probes in the process of landing, and for the first time can include data collection points on the Earth using interferometry.
Interferometry The technique of interferometry is now introduced to the PGT telescope with the advent of wider band incorporation. This serves to boost up the aperture significantly.
Adjunctive Positioning Adjunctives can now position at the following locations:

On Earth
On moons
On planets
On asteroids
In orbit around moons
In orbit around planets
In orbit around asteroids
In orbit around solar system objects
In free space enroute
Aperture Determinations
Factors now determine aperture:
Adjunctive Multiplicity
Adjunctive Type
Adjunctive Position
Character Selection Wavelengths
Interferometry Usage
UP Universe Penetrator
MMS Multi Mag Slider
Concatenated Adjuncts
Drawing in Radio
XRAY
Ultraviolet
Infrared
Low and high bands
Multiplicity: The Paradigmic GT telescope now has access to satellites on other moons and planets, landed probes and probes in the process of landing, and for the first time can include data collection points on the Earth using interferometry.
Interferometry: The technique of interferometry is now introduced to the PGT telescope with the advent of wider band incorporation. This serves to boost up the aperture significantly.
Adjunctive Positioning: Aperture Determinations - the factors that now determine aperture in the new PGT Telescope include the following:
Adjunctive Multiplicity
Adjunctive Type
Adjunctive Position
Character Selection Wavelengths
Interferometry Usage
UP Universe Penetrator
MMS Multi Mag Slider
Time Travel Into the Past The PGT can undoubtedly travel back in time as determined by the cosmic distance scale of the selected observational object. This can range from approximately zero (real time) to the age of the Universe, about 13.75 billion years since the time of the Big Bang. The Telescope Viewer already reflects this data number for study and reference
Time Travel into the Future: What about travel into the future? The Big Brain is beginning to study Super Massive Black Holes which have Relativistic Event Horizons and gravity wells that change space and time, and in some conditions can offer travel into the future. How the Paradigmic Genius Telescope and the Big Brain will use this technology remains to be seen.
The Prime Directive: The GT Genius Telescope is operated by the Big Brain machine, a supercomputer with 100,500 processors of varying types. The PGT has expanded upon this. The GT Telescope ultimately exceeded its Tri Aperture Mode maximum of 150 miles, transforming into 7,000 miles in aperture in this epic experiment and reconfiguration. This constitutes a paradigmic shift in technology offered by the Big Brain project.
New Multi Selective Adjunctive design was the next step in making massive gains in resolution and increasing the aperture by a quantum leap. The ULT uses a singular Adjunctive and now with use of multiple Adjunctives ushers in the age of the ET Extreme Telescope and beyond. What's beyond ET?
New Accumulator invention. The new Accumulator invention for the ULT Telescope is simply revolutionary because it enables a quantum jump increase in apparent resolution and telescope size. It accomplishes this by combining the data from two or more, or many Adjuncts
Accumulator can also sum the accumulated data from a single Adjunct, making the entire Telescope perform with significant enhancement.
No longer is the Universe Penetrator (UP) the only device that can increase and amplify telescope resolution and apparent size (by 10X). The Accumulator has brought about enhancements of 100X and 1000X on top of the UP's capabilities. Along with the UP, this converts to 1000X and 10,000X. This is not an empty magnification reference at all, but rather references resolutions that determine functional aperture of the Telescope. It puts the telescope aperture into the range (from 24 meters) of 1.5, 15, and 150 miles wide. The accumulator also increase the clarity and field penetration yielding new powerful data about places in space and time.
http://humanoidolabs.blogspot.tw/search?q=GT
Electronic Lens Booster is a special optional lensing parameter can be applied to any Resultant. The Electronic Lens will image the central portion of a Resultant causing a magnification boost.
Booster software comes from an extracted parasitic function of GIMP 2.8.3 under the GNU General Public License. In the above results, the ELB was not applied.
ELB works well with large FOV
The massive PGT ET Telescope borrows high technology from the GMM Genius Molecular Microscope for extreme performance

ADJUNCTIVES (10)
ADJ    - Adjunctives
AA    - Adjunctive Array
SA    - Singular Adjunctive
MA     - Multiple Adjunctives
CAs    - Concatenated Adjuncts
AP     - Adjunctive Positioner
AMU    - Adjunctive Multiplicity Unit
NMSA   - New Multi Selective Adjunctive
SADJ   - SCORE Adjunctives
ADJT   - Adjunctive Typer

ACCUMULATORS (4)
GTA    - GT Accumulator
ULTA   - ULT Accumulator
ACC    - Accumulator
PGTA   - Paradigmic Genius Telescope
            Extreme Telescope Accumulator ADJUSTERS (1)
MA     - Mag Adjuster

ANALYZERS (1)
AH     - Analyzer Head

APERTURE DEVICES (4)
TMA    - Tri Mode Aperture Device
TMA    - Thousand Mile Aperture
TAM    - Tri Aperture Mode VTMA   - VARIABLE Tri-Mode Aperture Device
CRAWLERS (1)
DT     - Data Crawler
ATTENUATORS (3)
BA    - Baseline Attenuator
SA     - Sharp Attenuator
CSWA   - Character Selection Wavelength Attenuator

BOOSTERS (3)
ELB    - Electronic Lens Booster
BF     - Booster Function Device
B    - Booster

DETECTORS (1)
BD     - Baseline Detector

REDUCERS (1)
HR     - Highlight Reducer

DETERMINATORS (1)
JTD    - Journey Time Determinator

PENETRATORS (2)
UP     - Universe Penetrator
VAR UP - Variable Universe Penetrator

GENERATORS (1)
MGEN - Multiplicity GENERATOR

INTERFEROMETRY DEVICES (2)
IUP    - Interferometry Usage Peg
IM     - Interferometry Mode

PARADIGMS (3)
PS     - Paradigmic shifter
RS     - Resultant Singularity
TP     - Thought Processor

SUMMATORS (1)
SAADS - Single Adjunct Accumulated Data Summator

PROCESSORS (5)
BBS    - Big Brain Supercomputer
PP     - Post Processor
HP     - Hot Preprocessor
SP     - Stepping Processor
CP     - Capture Processor

EQUALIZERS (1)
HCE    - Hot Cold Equalizer

STAGES (2)
PS     - Processor Stage
SC - Stage Calculator

UNITS (2)
OPU    - Object Preparatory Unit
MOT    - Mag On Top Unit

SLIDERS (2)
MMS    - Multi Mag Slider
MMSEM - Multi Mag Slider with Engagement Multipass

ENHANCED MODES (5)
FUP    - Factorial UP Enhanced Modes Beyond 10X
PO     - Phase One Telescope Mode
PSM    - Phase II Paradigmic Shift Mode
SHE    - Spectral Hydrogen Enhancer
ME - Multi Enhancer

PARADIGMIC LIGHT DEVICES (4)
PLA    - Paradigmic Light Applier
PLE    - Paradigmic Light Enhancer APL    - Accentuated Paradigmic Light Phaser PLT    - Paradigmic Light Teleporter PARASITIC DEVICES (1)
EPF    - Extracted Parasitic Function Device

DISPLAYS (2)
HUD    - Heads Up Display
TDP    - Triple Density Portal

TIME TRAVEL (3)
PTT    - Time Travel Into the Past
FTT    - Time Travel into the Future
JTCM   - Journey time in craft mode

INDICE DEVICES (6)
NWI    - 6-digit numerical window index
OMS    - Orthogonal measurement scale
CID    - Centering INDEX Device
SPM    - 4-static position markers
DIS    - Distancer to the object viewed
STR    - Straightner AMPLIFIERS (1)
SAM    - Shadow Amplifier

RESOLUTION DEVICES (2)
D      - Definitionizer
A      - Antinoisier

INTENSIFIERS (2)
I      - Intensifier
CI - Color Intensifier

RESOLUTIONATORS (1)
UT    - Ultimate Resolutionator

ENABLERS (1)
ETCE   - Enhanced Technology Controls Enabler

ENLARGERS (1)
EN     - Enlarger Unit

COMPARATORS (1)
CSC    - Contrasting Set Comparator

OPTICS (2)
CEB    - Configurative Electronic Barlow
SLD    - Spot Lensing Device

DEVICES (7)
E      - Exponentiator
BH     - Broad Highlighter
L      - Levelizer
S      - Saturizer
VU     - Vignetter Unit
E      - Exposer
DV - Dark Visioner
A PGT-ET Instrumentation Control Panel is under construction for the telescopic Window View Port. The termed "thick glass" portal window is the key to showing enhanced results across a wide FOV

VAH Verbal Analyzer Head
WAH Written Analyzer Head
This is the first test of the AH Analyzer Head which introduces and denotes, from small to large positional scale, a final image position.
UR Ultimate Resolutionator
PCON On
ETCE Enhanced Technology Controls Enabler
TMA Thousands of Miles Aperture
ME Multi Enhancer
TDP Triple Density Portal
DVD Dark Visioner Device
MECE Molecular Enhancer Controller Enabler TP Thought Processor
Quantum Processor

PDT - Power Dynamic Telescope
Aperture: 9 billion miles
Morphable Configuration Array Telescope
142 Advanced controls
http://humanoidolabs.blogspot.tw/2013/04/power-dynamic-telescope-updated-controls.html
Mega Barlow
Megascopic Barlow
Electric Barlow Enhancer
FORE Focalization Reductor
WE Wavelength Extender
Molecular Enhancer Controller
Focalization Reductor
Electron Electronic Molecular Barlow
Power Regulation
Pump
Yaw
Pitch
Roll
Cryogenic Status
Rotator Angle
Alarm
Reset
R.A.
DEC
Camera Gain
Neutral Density
Signal Routing
Monitoring
Acquisition
Thermodynamic Equalizer
Opener
Targeting Reticulator
Targeting tracker
Sheen and Castor
Offsets
Telemetry
Imaging Stower
Exiter
Stats
Parametric Identifier
Clear
Pointing
Distancer
Purge
Jog
Window Materializer
Super Comp
Intensity
Pragmatizer
Spectral Enhancer
Global Flashing Processor
Suspender Hider
Filter
Summator
Mean Valuator
Subtractor
Home
142 CONTROLS
----------------------- 25 ------------------------
ADJUNCTIVES (10)
ADJ    - Adjunctives
AA - Adjunctive Array
SA    - Singular Adjunctive
MA     - Multiple Adjunctives
CAs    - Concatenated Adjuncts
AP     - Adjunctive Positioner
AMU    - Adjunctive Multiplicity Unit
NMSA   - New Multi Selective Adjunctive
SADJ   - SCORE Adjunctives
ADJT   - Adjunctive Typer
ACCUMULATORS (4)
GTA    - GT Accumulator
ULTA   - ULT Accumulator
ACC    - Accumulator
PGTA   - Paradigmic Genius Telescope
            Extreme Telescope Accumulator
ADJUSTERS (1)
MA     - Mag Adjuster
AMPLIFIERS (1)
SAM    - Shadow Amplifier
ANALYZERS (1)
AH     - Analyzer Head
APERTURE DEVICES (4)
TMA    - Tri Mode Aperture Device
TMA    - Thousand Mile Aperture
TAM    - Tri Aperture Mode
VTMA   - VARIABLE Tri-Mode Aperture Device
ATTENUATORS (4)
BA     - Baseline Attenuator
SA     - Sharp Attenuator
CSWA   - Character Selection Wavelength Attenuator
DA - Detailer Attenuator
----------------------- 25 ------------------------
BOOSTERS (3)
ELB    - Electronic Lens Booster
BF     - Booster Function Device
B      - Booster
BARLOWS (2)
EMB - Electrical Mega Barlow
EEMB - Electron Electronic Molecular Barlow
COMPARATORS (1)
CSC    - Contrasting Set Comparator
CONDITIONAL DEVICES (5)
Alarm
Reset
Clear
Purge
Opener
CONTROLLERS (2)
PCON - Processor Controller
PDTCC - Power Dynamic Telescope Control Center
CRAWLERS (2)
DT     - Data Crawler
DTM    - Data Miner
CRYOGENTICS (1)
CRY    - Cryogentical Containment
THERM - Thermodynamic Equalizer
DATA DEVICES (1)
T      - Telemetry
DETECTORS (1)
BD     - Baseline Detector
DEVICES (3)
BH     - Broad Highlighter
VU     - Vignetter Unit
CU - Curvinator
DETERMINATORS (1)
JTD    - Journey Time Determinator
DIFFERENTIATORS (1)
ST     - Space Time DifferEntiAtor
DISPLAYS (2)
HUD    - Heads Up Display
TDP    - Triple Density Portal
----------------------- 21 ------------------------
ENABLERS (1)
ETCE   - Enhanced Technology Controls Enabler
ENHANCED MODES (5)
FUP    - Factorial UP Enhanced Modes Beyond 10X
PO     - Phase One Telescope Mode
PSM    - Phase II Paradigmic Shift Mode
SHE    - Spectral Hydrogen Enhancer
ME - Multi Enhancer
SE     - Spectral Enhancer
ENLARGERS (1)
EN     - Enlarger Unit
ENTANGLEMENT DEVICES (2)
EE - Enhanced Entanglementalizer
AE     - Automatic Entanglementer
EQUALIZERS (1)
HCE    - Hot Cold Equalizer
EXPONENTIATORS (1)
EXN    - Exponentiator
EXPOSERS (1)
EXS    - Exposer
FLASHING DEVICES (1)
GF     - Global Flashing Processor
FILTERS (2)
Neutral Density
CSF    - Char Select Filter
FOCALIZATION REDUCTORS (1)
FORE - Focalization Reductor
GAIN DEVICES (1)
CG     - Camera Gain
GENERATORS (1)
MGEN - Multiplicity Generator
HEADS (1)
AH     - Analyzer Head
IDENTIFIERS (1)
PI     - Parametric Identifier
IMAGING DEVICES (1)
IS - Imaging Stower
----------------------- 25 ------------------------
INDICE DEVICES (16)
NWI    - 6-digit numerical window index
OMS    - Orthogonal measurement scale
CID    - Centering INDEX Device
SPM    - 4-static position markers
DIS    - Distancer to the object viewed
STR    - Straightner Yaw    -
Pitch -
Roll   - Rotator Angle - Pointing      - Home   - Jog    - Stats - Distancer     - R.A.   -
DEC    -
MON    - Monitoring
TR     - Targeting Reticulator
TT     - Targeting tracker
INTERFEROMETRY DEVICES (2)
IUP    - Interferometry Usage Peg
IM     - Interferometry Mode
INTENSIFIERS (2)
INT    - Intensifier
CI - Color Intensifier
LEVELIZORS (1)
LEV    - Levelizer
MOLECULAR DEVICES (1)
MEC    - Molecular Enhancer Controller
OFFSETTERS (1)
OFF    - Offsets
OPTICS (2)
CEB    - Configurative Electronic Barlow
SLD    - Spot Lensing Device
----------------------- 26 ------------------------
PARADIGMIC LIGHT DEVICES (4)
PLA    - Paradigmic Light Applier
PLE    - Paradigmic Light Enhancer
APL    - Accentuated Paradigmic Light Phaser
PLT    - Paradigmic Light Teleporter
PARADIGMS (3)
PS     - Paradigmic shifter
RS     - Resultant Singularity
TP     - Thought Processor
PARASITIC DEVICES (1)
EPF    - Extracted Parasitic Function Device
PENETRATORS (2)
UP     - Universe Penetrator
VAR UP - Variable Universe Penetrator
POWER DEVICES (1)
PLR    - Power Line Regulator
PROCESSORS (5)
BBS    - Big Brain Supercomputer
PP     - Post Processor
HP     - Hot Preprocessor
SP     - Stepping Processor
CP     - Capture Processor
PUMPS (1)
P      - Pump
QUANTIZERS (1)
Q    - Quantizer
REDUCERS (1)
HR     - Highlight Reducer
RESOLUTION DEVICES (3)
D      - Definitionizer
A      - Antinoisier
UT - Ultimate Resolutionator
ROUTERS (1)
SRT    - Signal Routing
SATURATORS (1)
S      - Saturizer
STAGES (2)
PS - Processor Stage
SC - Stage Calculator
----------------------- 20 ------------------------
SLIDERS (2)
MMS    - Multi Mag Slider
MMSEM - Multi Mag SliderSubtractor Multipass
SUBTRACTION DEVICES (1)
SUB    - Subtractor
SUMMATORS (2)
SAADS - Single Adjunct Accumulated Data Summator
GSUM   - Gen Summator
TIME TRAVEL (3)
PTT    - Time Travel Into the Past
FTT    - Time Travel into the Future
JTCM   - Journey time in craft mode
TRANSFORMERS (1)
CST    - Collective Set Transformationer
UNITS (2)
OPU    - Object Preparatory Unit
MOT    - Mag On Top Unit
VALUATORS
MV     - Mean Valuator
VISIONERS (1)
DV - Dark Visioner
OTHER (8)
Acquisition
Sheen and Castor
Exiter
Window Materializer
Super Comp
Intensity
Pragmatizer
Suspender Hider

Enhanced Entanglement (Enabled/Dis)
Paradigmic
Adjunctive
Molecular
Quantum
Analyzer Head
New Control Panel
Wavelength Variablizer
Power Dynamic
Supercomputer Driven
Morphable
Entanglement Enabled
Focalization Reductive

GGT - Gargantuan Gravatomic Telescope
SGMD Super Gravatomic Machine Deployer
Static Mechanism Identifiers Array SMIA
Cached SMI Unit to hold the object array CSMIU
Gravity Wave Transforms GWT
Calibratory Unit to adjust to space time CUSP
Internal Measurement Mapper IMM
Cosmic Gravitometric Comparator CGC
Induction Extrapolator
Resultant Contender Device RCD
Foci Collector FC
Universal Expansion Recorder UER
Object Interpolator OI
Massive Imaging Coils MIC
Universe Space Time Migrator Determination Unit
Universe Flesh Penetrator
Thermal Imager
Xray imager
Scattered scale reference object Cache
Relative Static Devices Selector
Gravitometric lensing foci imaging Scaler
Gravitometric lensing foci imaging Mapper
Radiometric Radiometer
Gravatomic Mapper
Gravatomic Sub Viewer
Imaging
Foci Navigator
Reconstructor
Special traveling can take place through solid objects
Transcendor Through Space Time viewer
go above, below, or around objects
execute an extrapolation and/or interpolation of dynamics
produce determinations beyond existing space and time
direct or indirect gravity
gravity waves Detection Device
gravity particle dynamics
Gravity inference Engine
Effectual gravity
Gravatomic Machines and components,
processes of gravity mining
experiments and analysis with gravity production
summations
extensions
temporal effects Recorder
time travel
space and time deformation
causation
object transformation
gravatomic anomalies
Edge Worker
BL Sobel
Enhanced Mining Array Distribution Node Telescopes Reviewed
http://humanoidolabs.blogspot.tw/2013/05/telescope-arsenal.html
GMM Microscope
http://humanoidolabs.blogspot.tw/2012/10/gmm-genius-molecular-microscope-diagram.html

Continued...

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