Equilibrium Research Paper Link
* with simultaneous models within one function (see below)
* US Copyright 4.21.23
Equilibrium Research | Model
A Quantitative Model with use of Qualitative Variables Applied to Situational Behaviors and to Structure data in a manner that is meaningful to the observer.
A Model relating to an individual, event or pattern.
(1)
qa = x1y1 + x2y2 + x3y3 + x4y4 + x5y5 + xzyz
(2)
x1y1 = a1b1 + a2b2 + a3b3 + azbz
x2y2 = a1b1 + a2b2 + a3b3 + azbz
x3y3 = a1b1 + a2b2 + a3b3 + azbz
x4y4 = a1b1 + a2b2 + a3b3 + azbz
x5y5 = a1b1 + a2b2 + a3b3 + azbz
xzyz = azbz
(1) Main function quantitative model exploring qualitative equilibrium points
(2) Subfunction quantitative model exploring qualitative equilibrium points
(3) Quantitative model with qualitative equilibrium points to exhibit an equilibrium between qualitative variables
(4) Use of a multi-dimensional equation of mathematical programing combined with a subfunction multi-dimensional equation. Use of computer science and mathematical programming methods, to model situational behaviors or patterns
(5) The model accounts for unknown and additional variables with data stored in corresponding variables
(6) Derived meaning and understanding from the model can be exhibited
(7) Structuring data or information in this manner can elicit greater clarity as the model brings one towards equilibrium
(8) The model can be applied to a diverse amount of fields with a similar method to determine equilibrium
Equilibrium Research | Data
Unstructured Data |
L Y I P T R E B M D
W A W E F Y B C X
O P C S R T N W C
Equilibrium Points found within the unstructured data to elicit the data to be structured |
Data Bank |
L A E W O
R C N I V
A structured function as it relates to the corresponding focus on equilibrium points within the structured data from the data bank |
z = x1y1 + x2y2 + x3y3 + x4y4 + x5y5 + x6y6 + x7y7 + x8y8 + x9y9 + x10y10 + xnyn
x1y1 = a1b1 + a2b2 + a3b3 + axbx
x2y2 = a1b1 + a2b2 + a3b3 + axbx
x3y3 = a1b1 + a2b2 + a3b3 + axbx
x4y4 = a1b1 + a2b2 + a3b3 + axbx
x5y5 = a1b1 + a2b2 + a3b3 + axbx
x6y6 = a1b1 + a2b2 + a3b3 + axbx
x7y7 = a1b1 + a2b2 + a3b3 + axbx
x8y8 = a1b1 + a2b2 + a3b3 + axbx
x9y9 = a1b1 + a2b2 + a3b3 + axbx
x10y10 = a1b1 + a2b2 + a3b3 + axbx
Main Function |
z = L1y1 + A2y2 + E3y3 + W4y4 + O5y5 + R6y6 + C7y7 + N8y8 + I9y9 + V10y10 + xnyn
Subfunction |
L1y1 = a1b1 + a2b2 + a3b3 + axbx
A2y2 = a1b1 + a2b2 + a3b3 + axbx
E3y3 = a1b1+ a2b2 + a3b3 + axbx
W4y4 = a1b1 + a2b2 + a3b3 + axbx
O5y5 = a1b1 + a2b2 + a3b3 + axbx
R6y6 = a1b1 + a2b2 + a3b3 + axbx
C7y7 = a1b1 + a2b2 + a3b3 + axbx
N8y8 = a1b1 + a2b2 + a3b3 + axbx
I9y9 = a1b1 + a2b2 + a3b3 + axbx
V10y10 = a1b1+ a2b2 + a3b3 + axbx
---------------------------------------------------------------
A Model With Simultaneous Models Combined.
(1)
qa = x1y1r1d1 + x2y2r2d2 + x3y3r3d3 + x4y4r4d4 + x5y5r5d5 + xzyzrzdz
(2)
x1y1r1d1 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
x2y2r2d2 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x3y3r3d3 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x4y4r4d4 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x5y5r5d5 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
(1) Main function quantitative model exploring qualitative equilibrium points with simultaneous integration of two models.
(2) Subfunction quantitative model exploring qualitative equilibrium points with simultaneous integration of two models.
(4) Use of a multi-dimensional equation of mathematical programing combined with a subfunction multi-dimensional equation. Use of computer science and mathematical programming methods, to model situational behaviors or patterns between two models.
(5) The model accounts for unknown and additional variables with data stored in corresponding variables of two simultaneous models.
(6) Derived meaning and understanding from the combined models can be exhibited.
(7) Structuring data or information in this manner can elicit greater clarity as the model brings one towards equilibrium of both models simultaneously.
Equilibrium Research | Simultaneous Models Data
Unstructured Data |
L Y I P T R E B M D K P
W A W E F Y B C X G Q
O P C S R T N W C T X
Equilibrium Points found within the simultaneous unstructured data to elicit the data to be structured |
Data Bank from simultaneous models data|
L A E W O X
P R C N I V
A structured simultaneous function as it relates to the corresponding focus on equilibrium points within the simultaneous structured data from the data bank |
z = x1y1r1d1 + x2y2r2d2 + x3y3r3d3 + x4y4r4d4 + x5y5r5d5 + x6y6r6d6 + x7y7r7d7 + x8y8r8d8 + x9y9r9d9 + x10y10r10d10 + x11y11r11d11 + x12y12r12d12 + xzyzrzdz
x1y1r1d1 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
x2y2r2d2 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x3y3r3d3 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x4y4r4d4 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x5y5r5d5 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x6y6r6d6 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x7y7r7d7 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x8y8r8d8 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x9y9r9d9 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x10y10r10d10 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x11y11r11d11 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
x12y12r12d12 = a1b1c1e1 + a2b2c2e2 + a3b3c3e3 + azbzczez
Main Function |
z = L1y1L1d1+ A2y2A2d2+ E3y3E3d3+ W4y4r4d4 + O5y5O5d5+ x6y6X6d6 + P7y7r7d7 + R8y8R8d8+ C9y9r9d9+ N10y10N10d10 + x11y11I11d11 + V12y12V12d12+ xzyzrzdz
Subfunction |
L1y1L1d1 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
A2y2A2d2 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
E3y3E3d3 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
W4y4r4d4 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
O5y5O5d5 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
x6y6X6d6 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
P7y7r7d7 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
R8y8R8d8 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
C9y9r9d9 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
N10y10N10d10 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
x11y11I11d11 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
V12y12V12d12 = a1b1c1e1 + a2b2c2e2+ a3b3c3e3 + azbzczez
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