Scope of Glass Projects All Parts Combined.pdf

THE SCOPE OF GLASS
PROJECTS
Componentization and Supply Chain Mechanics of Ark Design
MDIA
Glass Design Series
V1 Corresponding Load Arrays
V2 Strat the Mat
V3 Agile Design
Part I and Part II
Part I Benchmarking
Part II Impact Factor

Glass Design Series…
The Scope of Glass Projects
LOAD ARRAYS STRAT THE MAT AGILE DESIGN
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Glass Design Series
V2 Strat the Mat
V3 Agile Design
New Scope Definition

System Tables
Small Form>>>Glass
Table Maps
Component>>>Supply
Chain
Forward >>>Market Forward
Component
Interior
Margin
Matrix
Small Form
(Table)
Interior
Margin
New Facts
Decision
Market
Ready?
Component
Specified
System
Table
Media
All Other
Y
N
Y
N
Y
N
We will begin to
plot an agile
delivery from our
waterfall tasking
The generation of
IP, New System
Facts and Market
Strategy are
already timed
Lifecycle changes in
our project are agile
once tasked and
engineered events
are compiled
New Facts related
to the table are
already mapped
IMF IMC IMS
Sum of IM = Low level carriage burden
Review for New Facts
Prep. For Market Ready
Events: part of the distributive cycle
Are the outcome of Tasks
IP

Engineers interact with managers and analysts involved in the
Justification, Financial, Planning and Implementation process of new
systems. They need to assess the environmental, economic,
regulatory and other requirements of a manufacturing or construction
process. Next to gather and analyze the process or a portion of it in
order help plan the implementation. And then find the optimum
approach to the implementation. Paraphrasing Engineering BOK
Engineers use economic analysis to design a process and to prepare a
justification among complex design alternatives, using an assessment
of the initial capital costs, annual operation, maintenance, and repair
costs, periodic upgrade and determination of the remaining
economic value at the end of the valuation period. The iterative
value of the Revenue cycle and the scope associated with the project
operation help to deliver a justification to accept or reject a
proposal. If a process is cost reductive or if it is utility necessary, an
appropriate justification is used. The quantification of the risk may
make the outcome less likely in comparison to other viable
alternatives. Paraphrasing Engineering BOK
New Facts on T&M
Compare .4669

Associative Facts
■ Unless the associative facts improve the structural content of the
engineering model they are sometimes set aside.
■ The Method of Testing the whole model is a vast improvement over
any binary method, see Appendix III
■ In a flat format all math is relational
■ The model redacts all rash prospects and dispels all dis-associative
facts in the proof
■ Whatever is not contiguous to the Plan cannot engage its proof
■ The fingerprint and footpath conditions of the componentization
give way to solid state relational threads within the t1 and t2
timeframes
■ Wave and particle theory in electronics is not conducive to building,
compilations or generational instances because it has no glass
container, plait able properties or propensities for scale and design.
This is a Morning Star Ark Based glass capability.
Build Associative Model prior to All-Glass
MDIA
Mark 2
Ark Media: Dimensional Interface

Data Field
for All Glass
■ Associative Facts
■ Time and Motion
Data
■ Statistical Outcome
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Brij
Consulting,
LLC
Jean
Marshall
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Stratification for
Component Stream
Alpha =.0531
Re-inv
IMC
a
Climb
Climb
The supply chain has the iterative impact
on the asset creation and its subsequent
market demand building the scenario
through its key engineering oversight
Re-inv
a
2.195-2.19652=.00152 carriage burden
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Brij
Consulting,
LLC
Jean
Marshall
7
IMC
See Slide 2
a
712.96145-711[std] =1.9615 -1.9539 = .0075
196.2+.19
Forward payback
achieved in
econometric gain
Proof on App III
See Slide 17

Stream Facts in Gate Mechanics
y = -4,705,045,101.57x + 10,351,099,223.46
R² = 1.00
y = 0.6445x - 1.4179
R² = 1
-1E+09
0
1E+09
2E+09
3E+09
4E+09
5E+09
6E+09
Sum Average
Poly Stream Matrix
Facts derived from Anova: Two-Factor Without Replication, data field
The data forms a
circle as it cycles and
naturally lends itself
to trig functions,
while in its native
state
Correspondence to Row 10
From this Data-field Table @ Anova
Instance=Burden
Acquisition w/ Green Wall
Pointing to a Plait or to a Plane

Starting Map
■ Glass Future Tables from “Building with Glass”
■ We now have our build equation
T2 &
T1
Fin
T4 &
T3
Different Engineering
Groups make uniquely
fitted decisions
Based on Time Buckets
on the 50-year Glass Path
See Next: Re-User [RUF] Friendly
Glass Systems Engineering
New
BR
9
Time Bucket designation was changed
on this slide since T4 & T3 are start
and the T1&T2 are build with Finishing
and Branch corresponding to Remote
M=Instance Rate
6-L
18-L
Build Remote
Array
Dif. to 360
Dif. to Climb rate
Load Reduction
See Slide 14

Agile Strategy
V2 Strat the Mat
■ How do we derive the Agile Strategy
from the events timeline and the
Matrix that corresponds to the
Supply Chain? There is a blockchain
theory of completion.
V3 Agile Design
Glass Design Series
V2 Strat the Mat
V3 Agile Design
■ Who made this Scrummy Plan
anyhow? Tracking overall progress
and informing everyone of
Milestones and Forward Completion
Coming Next…
Flag and Post
x%
■ Full Branch Capability changes the
design from Contiguous to Continuous
BR

Events Compiled
■ Events compiled earlier
stack up very well to new
time and motion facts
compared to the forward
NT= Number Theory
7968
Tan Line
is 466/2
or 233
Slide 12

Benchmarking Requirements
Slide 6
Unadjusted rate
Rates Adjusted Forward
W
See App I Clock Thruput
Shows units of 757+
Full Ark Rate Acquired
a
Benchmarking statistics must carry the whole
string and not be superficially calculated.
Dimensions are literally assigned by the Drawing of Schema
operating in the Assigned Process, but the system finds its
position from its Econometric position.
Slide 7 Partial View

Part II Impact Factor
■ Supply Chain Configuration
■ Agile Matrix
■ Impact Statement
The Sanctuary of Our Lady of
Knock, commonly referred to
as Knock Shrine, is a Roman
Catholic pilgrimage site and national
shrine in the village of Knock, County
Mayo, Ireland, where locals claimed
to have seen an apparition in 1879 of
the Blessed Virgin Mary, Saint
Joseph, Saint John the
Evangelist, angels, and Jesus
Christ (the Lamb of God).Wikipedia
See facts Slide 7
See facts Slide 12
See facts Slide 17
Benchmarks tested and found good fit to model
x
x
=
x
Benchmarks @ 10 to 12 sigma
It is a Doctrine of the Church that God
dwells in unsearchable Light and has
supplied Ark Science in the past
PROOF

Working Tables: Stratification
W
a
Incl. z+
PART II

Bifurcated Market Yield
W
.6811*2=1.362-1
The Large number
of potential
componentized
and stratified
glass ends causes
us to use mu sic
as the means to
discover likely
agile delivery
means for a
unified and
qualified delivery
Up until now the bifurcation process has produced 2
to 3- 0’s (Theta branching) Here we have 4- 0’s
■ Six-Layer
glass
begins
Mu Sic Thread Encrypt
*Serialized see end

Process Models
Thread Path
“000”
“00”
“00”
“0000”
Single-form
Multiform
Limited Write Form

Solid State Engineering Capability Encrypt
“00-00” “00-00”

Lens Ratio change

IF
■ The Impact Factor in
relational aspects of
this project is .77
■ And so, using this
factor we will
determine the likely
supply chain
consequence to the
scope
■ If for some reason the
Strabo cannot tune the
agile strategy to our
stated terms, it will be
announced upon
discovery
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Brij Consulting, LLC Jean Marshall

IF Statement
■ There is a great deal
more analysis during the
moving average path of
each time-bucket, but we
can estimate the scope
change
34.8
years
Agile Strategy is 70% of Scope

Strabo Method will use Mu
Sic to blend arrangements of
the componentizations into a
tightly tuned agile strategy

‘Also Acceptable’
‘Also Acceptable’
‘Also Acceptable’ There are advantages in knowing both answers

11/30/2022 Brij Consulting, LLC Jean Marshall
24
Appendix I
Compiled
Events

From our Last paper…
From our Events paper…
75.8
-87626
87682
56

Relational Functions of the Model Proof
Interior
margin
Binary
Path
Standards,
Weights
and
Measures
Reinvestment
Path
growth
Rise
over the
Run
Equity
Using the Economic
Model Equity is stated
at Fair Market Value
The Interior Margin is
preserved using relational
functions of the Model
which we developed the
Interior Margin Proofs in
“Building with Glass.”
Ark
Path
See Slide 2
Benchmark

Crystal Sea
■ Mary Star of the Sea is an
Ark Design Magnification of
Mary using the Crystal Sea
composition of the Morning
Star
■ Glass will operate in this
mode and be an available
Stream to everyone interiorly
for achievement and
competency
■ “My Soul Magnifies the
Lord,” her famous Script
■ Very Grateful to Mary for
keeping us on track with God
Engineering Economics Description The use of economic analysis is
fundamental to the engineering design process and to changes in
systems, processes, or operations nspe-body-of-knowledge.pdf

Design Series
■ This is the First Paper in
our Design Series. Its
facts are derived from
the Learning Series on
Glass in Ark Design,
listing shown next.
■ What we learn in a
Waterfall Pattern then we
do in an Agile Method
Why did we use this number? =289.33 See Red circle on slide 7
Using a maximized Load rate, we resolved the difference between climb and thread metrics, as climb is related
to production in secant engineering. Thread is associative with the Lens and is relying heavily on the utility side
of the mechanic. The Utility is not necessary to the justification, only the engineering of the build mechanics.
From Slide 7
Ark Wall Metric

Thread is a topic of our Learning Series
See “Functional Glass”
In Digital the spectrum is delimited but takes on dimensional context for forms control
Addendum I
Our Papers take the sovereignty
of God in the Ark to embrace
theological doctrines for study;
we have no biologics in our
discussion other than God’s Plan
revealed at the Resurrection

Benchmarking Comments
Benchmarking
1. Proof the Interior margin facts Slide 3
2. Assemble new associative facts and perform statistical analysis Slide 6
3. Stratify the component stream and correlate alpha and reinvestment metrics, run statistical ANOVA on
the stream table slide 7
4. Determine justification metrics by optimization and splitting out the thread (explained on slide 19)
5. Graph the statistical ANOVA of the Stream and determine the Build equation Slide 8 The climb rate is
shown to be without a load correspondence which is important in using the build equation that forms
the load (this is a compositional metric not a benchmark)
6. We begin benchmarking on slide 11, comparing Time and Motion new facts, we derive a 148 from the
comparison to our Events compilation, and important marginal fact
7. On the next slide (12) we derive a 148 by multiplying our Ark Rate by 2 and we derive 148, adjusting our
Alpha1 to derive our Alpha2. We benchmark these rates by adjustment to our Final Forward (clock
remainder of 32) Make a note of thruput here used on Slide 17
8. We show the proof of our benchmarking work on Slide 13 where we multiply the three benchmark facts
together and prove out the reinvestment payback.
9. Slide 17 reveals our most important econometric benchmark as we derive it by comparing the thruput
derived to the clock thruput outcome. Surprisingly the Econometric standard of 711 now contains our
interior margin of 509.
10. Our usual method of proofing our metrics before using them in the culmination of reports and
engineering computations is complete. Now we can determine Part II the Impact Factor. Slide 19
shows the optimization strategy for determining the variance between thread and build, thread being a
utility does not need justification, however secant engineering used to build is a justification
requirement for testing within the production process.
Example
When the Equity Basis of a
product is unknown, Fin.
Eng. double the ROI, But our
Omega is compiled and
serialized
W
W
Prebuild = 853
Build = 857
Product emulation
preconfigured benchmarks
With serialization *
*Serialized
ROI
=4.1
IF = .77
Scope = 34.8
Agile Strategy will be
Accomplished with
Strabo Tuning

Our Next Paper in Design Series

Scope of Glass Projects All Parts Combined.pdf

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