fmulugheta
Beta member
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Machine and Environment
The basic control
For computer language to understand the base core of our language is accounted of the message to be understood by the reciepent and output generator,
The abstract idea of educating a machine depends
i) The limitations of binary to translate
ii) The machine limitation (in this case sensors) known as : visualisation (not display), sound recognition (audio input ), environment at hand
iii) Data handeling and Database size and algorithms
Machine Language as Fundamental
Self-Learning for a computer machine depends on the algorithm and data-environment to compute.
Interaction with a computer machine depends if both reciepent and machine output generator are familiar to the interface.
Key Concepts of Minimalizing Broad Evolved Languaged to
General commands for environment understanding within the computer machine library,
ENVIRONMENT :
Universe
Object and Composition
Number
Position
Movement
Properties
Universe:
Physical universe
Mathematical universe
Objects and Composition:
Elements
Compound
Complex Compounds
Position:
Axis
Numbrical Matrix Dimension
Graphical Location
Movement:
Eclipse
Circle
Curve
Linear
Dimensional movement +x,-x,+y,-y,+z,-z
Properties:
Solid
Liquid
Gas
Light(photons)
Dark Matter
Class Universe
{
Int +x;
Int –x;
Int +y;
Int –y;
Int +z;
Int –z;
String Elements;
String Compounds;
String Objects;
Static main void (String )
{
String+x = new String+x;
For (int +x, +x=>0,+x++)
Stringx.array[int +x]
Return String.array[int +x] = max.interger[int +x]
String-x = new String-x;
For (int -x, -x=<0,-x--)
Stringx.array[int -x]
Return String.array[int +x] = max.interger[int +x]
String+y = new String+y;
For (int +y, +y=>0,+y++)
String+y.array[int +y]
Return String.array[int +y] = max.interger[int +y]
String-y = new String-y;
For (int -y,-y=<0,-y--)
String-y.array[int –y]
Return String.array[int -y] = min.interger[int -y]
String+z = new String+z;
For (int +z, +z=>0,+z++)
String+z.array[int +z]
Return String+z.array[int +z] = max.interger[int +z]
String-z = new String-z;
For (int -z,-z=<0,-z--)
String-z.array[int –z]
Return String.array[int -z] = min.interger[int -z]
}
Public Class Elements
{
Static main void (stringelements )
{
Stringelements.array[1] = Hydrogen;
.
.
.
Stringelements.array[356]= Uranium;
}
}
Private Class Compounds
{
String compound;
Main void (String )
{
Stringcompound = new string;
Stringcompound.array[1] = ClassElements.Stringelements.array[] +. . . []//in composition
}
Class Objects
{
String objects;
Static void (string ){
Stringobject.array[1] = classelements.stringelements.array[?] + classcompound.stringcompound.array[?];
;
Class Movement
{
Static main void()
{
Eclipse = math.sin() + math.cos()
Class Properties{
Dependent on Class.stringelements.array[] & class.stringcompounds.array[]
Else Dark_Matter;
Exception (e) = black hole, shooting star.
Class GraphicalPosition
{
Matrix == [] [] [] // x,y,z
Matrix = [0][0][0] // solar.sun
This functionality added with a optical eye, able to identify "elements"( e.g spectroscope)
the surrounding, much not needed to specify boundaries of the Galatic Universe, with few exceptions
Understanding earth extends with the adaptation of more sensors to limit datamining.
This Program is not finished due to end result will be a compact script with Java 2, Prolog and MathLab, thank you for you
The basic control
For computer language to understand the base core of our language is accounted of the message to be understood by the reciepent and output generator,
The abstract idea of educating a machine depends
i) The limitations of binary to translate
ii) The machine limitation (in this case sensors) known as : visualisation (not display), sound recognition (audio input ), environment at hand
iii) Data handeling and Database size and algorithms
Machine Language as Fundamental
Self-Learning for a computer machine depends on the algorithm and data-environment to compute.
Interaction with a computer machine depends if both reciepent and machine output generator are familiar to the interface.
Key Concepts of Minimalizing Broad Evolved Languaged to
General commands for environment understanding within the computer machine library,
ENVIRONMENT :
Universe
Object and Composition
Number
Position
Movement
Properties
Universe:
Physical universe
Mathematical universe
Objects and Composition:
Elements
Compound
Complex Compounds
Position:
Axis
Numbrical Matrix Dimension
Graphical Location
Movement:
Eclipse
Circle
Curve
Linear
Dimensional movement +x,-x,+y,-y,+z,-z
Properties:
Solid
Liquid
Gas
Light(photons)
Dark Matter
Class Universe
{
Int +x;
Int –x;
Int +y;
Int –y;
Int +z;
Int –z;
String Elements;
String Compounds;
String Objects;
Static main void (String )
{
String+x = new String+x;
For (int +x, +x=>0,+x++)
Stringx.array[int +x]
Return String.array[int +x] = max.interger[int +x]
String-x = new String-x;
For (int -x, -x=<0,-x--)
Stringx.array[int -x]
Return String.array[int +x] = max.interger[int +x]
String+y = new String+y;
For (int +y, +y=>0,+y++)
String+y.array[int +y]
Return String.array[int +y] = max.interger[int +y]
String-y = new String-y;
For (int -y,-y=<0,-y--)
String-y.array[int –y]
Return String.array[int -y] = min.interger[int -y]
String+z = new String+z;
For (int +z, +z=>0,+z++)
String+z.array[int +z]
Return String+z.array[int +z] = max.interger[int +z]
String-z = new String-z;
For (int -z,-z=<0,-z--)
String-z.array[int –z]
Return String.array[int -z] = min.interger[int -z]
}
Public Class Elements
{
Static main void (stringelements )
{
Stringelements.array[1] = Hydrogen;
.
.
.
Stringelements.array[356]= Uranium;
}
}
Private Class Compounds
{
String compound;
Main void (String )
{
Stringcompound = new string;
Stringcompound.array[1] = ClassElements.Stringelements.array[] +. . . []//in composition
}
Class Objects
{
String objects;
Static void (string ){
Stringobject.array[1] = classelements.stringelements.array[?] + classcompound.stringcompound.array[?];
;
Class Movement
{
Static main void()
{
Eclipse = math.sin() + math.cos()
Class Properties{
Dependent on Class.stringelements.array[] & class.stringcompounds.array[]
Else Dark_Matter;
Exception (e) = black hole, shooting star.
Class GraphicalPosition
{
Matrix == [] [] [] // x,y,z
Matrix = [0][0][0] // solar.sun
This functionality added with a optical eye, able to identify "elements"( e.g spectroscope)
the surrounding, much not needed to specify boundaries of the Galatic Universe, with few exceptions
Understanding earth extends with the adaptation of more sensors to limit datamining.
This Program is not finished due to end result will be a compact script with Java 2, Prolog and MathLab, thank you for you
