Moving toward Intelligent Design Through Mu Sic, the transforming process of writing a new kind of delivery of product through a portal arrangement in Glass... Analytics to set the Stage
Mu sic in the Advancing Age V1 Expanding the Role of Digital TheoryBrij Consulting, LLC
Moving toward Intelligent Design Through Mu Sic, the transforming process of writing a new kind of delivery of product through a portal arrangement in Glass
Part I: Meta Based Interpolations
Meta dimensional template for interpolation of virtual objects and portal arrangements; convert between the ark design to binary using a normalization pattern. Converting a meta based company to glass (hyD case study)
A functional look at Interpolative Scope and its proposed capabilities , Story #1 Specifications in Glass, including Engineering Problem Dialogue, Vendor and Customer Profiling, future Prototype Justification Process next
Gate Plait Green V3 Glass and Gates Process, Mark It Mark dialogueBrij Consulting, LLC
The Balanced Scorecard for Green Engineering in Digital Design is emulated as we emulate the Standard Measures for Gates and Glass. Our Plait Gate will be operated in a Framed and foundationally GGIA ready state.
On the horizon of the Crossover, Making a Watch Case Window and marking pivots, lifts and Moments of instance assimilation. Interpolation of the Area assists in valuing the project and its essential market relationship
Gate Plait Green V2 Gates and Glass Measured, Mark It Mark DialogueBrij Consulting, LLC
The Balanced Scorecard for Green Engineering in Digital Design is emulated as we emulate the Standard Measures for Gates and Glass. Our Plait Gate will be operated in a Framed and foundationally GGIA ready state.
We are comparing the Base Build Assembly in Plait Glass Emulation with the Dynamic Array for Product Media to show the more excellent features and financial outcomes. In V2 we will discuss how properties are developed for product media and in V3 we will begin the subject of inter-dimensional considerations leading to the Ark Mode requirements for remote building
Mu sic in the Advancing Age V1 Expanding the Role of Digital TheoryBrij Consulting, LLC
Moving toward Intelligent Design Through Mu Sic, the transforming process of writing a new kind of delivery of product through a portal arrangement in Glass
Part I: Meta Based Interpolations
Meta dimensional template for interpolation of virtual objects and portal arrangements; convert between the ark design to binary using a normalization pattern. Converting a meta based company to glass (hyD case study)
A functional look at Interpolative Scope and its proposed capabilities , Story #1 Specifications in Glass, including Engineering Problem Dialogue, Vendor and Customer Profiling, future Prototype Justification Process next
Gate Plait Green V3 Glass and Gates Process, Mark It Mark dialogueBrij Consulting, LLC
The Balanced Scorecard for Green Engineering in Digital Design is emulated as we emulate the Standard Measures for Gates and Glass. Our Plait Gate will be operated in a Framed and foundationally GGIA ready state.
On the horizon of the Crossover, Making a Watch Case Window and marking pivots, lifts and Moments of instance assimilation. Interpolation of the Area assists in valuing the project and its essential market relationship
Gate Plait Green V2 Gates and Glass Measured, Mark It Mark DialogueBrij Consulting, LLC
The Balanced Scorecard for Green Engineering in Digital Design is emulated as we emulate the Standard Measures for Gates and Glass. Our Plait Gate will be operated in a Framed and foundationally GGIA ready state.
We are comparing the Base Build Assembly in Plait Glass Emulation with the Dynamic Array for Product Media to show the more excellent features and financial outcomes. In V2 we will discuss how properties are developed for product media and in V3 we will begin the subject of inter-dimensional considerations leading to the Ark Mode requirements for remote building
Part I: Meta Based Interpolations
Meta dimensional template for interpolation of virtual objects and portal arrangements; convert between the ark design to binary using a normalization pattern. Converting a meta based company to glass (hyD case study)
Simulating Performance in the "Beam Moment" has become the means of generation of the Mix to form the Column or Beam and to control the project through to its completion. In V1 we explore the various Walk Pathways, in V2 we will begin to define Number Theory concepts to the Formation of Performance Design of the Product and in V3 Look at Land Systems and Anchoring
Summary Attached with PART I: STAKEHOLDER BENEFITS ...From complex Materials to rapid buildout and assembly, we asked the tougher Stakeholder questions PART II: NEMO's BENEFITS ...How do we fit into the Picture? plus Special INTRO segment to Scholastic Induction
Can we measure the components of glass and green in terms of their proposed products and timeline of achievement? We specify the events timeline but will work further to measure these events in V2 and V3. Not only is the Tan Line important but its incremental measures are discovered.
We have formed a new P(N) process and Theoretical Production to account for the cost of the Glass Mix. In doing so we see that there is a split in the process between the inhouse and remote requirement, and we need to devise Order Fulfillment in such a way that we can account for the completion of the Order. This we accomplish in V2 and V3.
The Glass Warehouse is a continuous flow model that permits the build of various plait glass designs using the Ark Mode of development in dimensional systems. This emulated version allows us to consider the concept of remote building and its requirements. V1 formulates the design concept and recommends a Forward-Looking Statement that will be developed for V2. Many elements of Remote builds must be considered and a new Product Load devised to construct the Production. V3 will consider using instances in before and after drawings to make a more intricate design of the build. See also https://www.slideshare.net/Marshallja/the-glass-warehouse-v3-remote-extended
What Should I Do? Choosing SQL, NoSQL or Both for Scalable Web ApplicationsTodd Hoff
This is the slidedeck I used for a webinar (http://voltdb.com/choosing-sql-nosql-or-both-scalable-web-apps-webinar) I gave on helping people choose SQL or NoSQL for building scalabile web applications. Hint, the answer is: both.
In this talk we will summarise some of the detectable trends on AI beyond deep learning. We will focus on the current transition from deep learning to deep semantics, describing the enabling infrastructures, challenges and opportunities in the construction of the next generation AI systems. The talk will focus on Natural Language Processing (NLP) as an AI sub-domain and will link to the research at the AI Systems Lab at the University of Manchester.
Part I Introduction to Green Energy Wall and the start of the Green Concept of wireless power; a review of concepts found in the Learning Series, Part II begins new functional performance mechanics.
On the horizon of the Crossover, Making a Watch Case Window and marking pivots, lifts and Moments of instance assimilation. Interpolation of the Area assists in valuing the project and its essential market relationship.
Ever wonder how these concepts contrast with and yet complement each other in a next-generation system?
Enterprise semantics
Knowledge graphs
Model-driven development
Digital twins
Self-Sovereign Identity
Own your own data
Data deduplication
Autonomous agents
Large language systems
Data-Centric Architecture combines the major technologies behind each of these concepts. In fact, it’s essential to the real-world implementation of general AI, enabling the context that’s behind contextual computing, DARPA’s Third Phase of AI. To be able to deliver, DCA needs to simplify and scale data ecosystems using these pieces of the data ecosystem puzzle.
This talk will provide an overview of how these pieces of the data-centric puzzle are fitting together. It’s a best practice to see these pieces can fit together side-by-size in an enterprise context and envision next-gen systems from the viewpoint of some of the most demanding enterprise use cases.
It’s also best practice to study how one industry vertical is moving ahead and contrast that progress with your own industry. Remember, as the data-centric ecosystem emerges and the benefits of true digitization start to pay off, many more techniques can be borrowed from other verticals and used in your own vertical. This talk will summarize several powerful recent case studies and highlight the key takeaways.
Phase I of Remote Converge Process is Outlined and Task Developed. The Theory of Remote takes on more dimensional consideration starting with processes we are more familiar with. The Sandbox approach in Phase I will lead into the full Glass Process in Phase II
The document provides information about Bako Lam (Laminate) and its potential entry into the supply chain of ark glass products. It discusses the four enterprise areas for various applications of laminated glass, such as Automotive, Fenestrations, Candle stone, and Facades. The document also mentions the primary goals of Bako Lam, which include developing the instance attribution for laminates, task branding for easy identification, and finding partners for simulations. It further highlights the areas of growth for Bako Lam, the plan for product launch, the areas of focus (production instance, multi-agency simulations and supply chain), and the timeline for the company's activities. The document concludes with a summary and mentions the upcoming simulations report in Part II, which will provide more details about the impact of Bako Lam on the glass industry. https://www.slideshare.net/slideshow/comments-on-making-the-retrofit-bako-lam-pdf/269560673
The document provides information about Bako Lam (Laminate) and its potential entry into the supply chain of ark glass products. It discusses the four enterprise areas for various applications of laminated glass, such as Automotive, Fenestrations, Candle stone, and Facades. The document also mentions the primary goals of Bako Lam, which include developing the instance attribution for laminates, task branding for easy identification, and finding partners for simulations. It further highlights the areas of growth for Bako Lam, the plan for product launch, the areas of focus (production instance, multi-agency simulations and supply chain), and the timeline for the company's activities. The document concludes with a summary and mentions the upcoming simulations report in Part II, which will provide more details about the impact of Bako Lam on the glass industry.
More Related Content
Similar to Mu sic in the Advancing Age v2 Staging the Instance in Digital Plait
Part I: Meta Based Interpolations
Meta dimensional template for interpolation of virtual objects and portal arrangements; convert between the ark design to binary using a normalization pattern. Converting a meta based company to glass (hyD case study)
Simulating Performance in the "Beam Moment" has become the means of generation of the Mix to form the Column or Beam and to control the project through to its completion. In V1 we explore the various Walk Pathways, in V2 we will begin to define Number Theory concepts to the Formation of Performance Design of the Product and in V3 Look at Land Systems and Anchoring
Summary Attached with PART I: STAKEHOLDER BENEFITS ...From complex Materials to rapid buildout and assembly, we asked the tougher Stakeholder questions PART II: NEMO's BENEFITS ...How do we fit into the Picture? plus Special INTRO segment to Scholastic Induction
Can we measure the components of glass and green in terms of their proposed products and timeline of achievement? We specify the events timeline but will work further to measure these events in V2 and V3. Not only is the Tan Line important but its incremental measures are discovered.
We have formed a new P(N) process and Theoretical Production to account for the cost of the Glass Mix. In doing so we see that there is a split in the process between the inhouse and remote requirement, and we need to devise Order Fulfillment in such a way that we can account for the completion of the Order. This we accomplish in V2 and V3.
The Glass Warehouse is a continuous flow model that permits the build of various plait glass designs using the Ark Mode of development in dimensional systems. This emulated version allows us to consider the concept of remote building and its requirements. V1 formulates the design concept and recommends a Forward-Looking Statement that will be developed for V2. Many elements of Remote builds must be considered and a new Product Load devised to construct the Production. V3 will consider using instances in before and after drawings to make a more intricate design of the build. See also https://www.slideshare.net/Marshallja/the-glass-warehouse-v3-remote-extended
What Should I Do? Choosing SQL, NoSQL or Both for Scalable Web ApplicationsTodd Hoff
This is the slidedeck I used for a webinar (http://voltdb.com/choosing-sql-nosql-or-both-scalable-web-apps-webinar) I gave on helping people choose SQL or NoSQL for building scalabile web applications. Hint, the answer is: both.
In this talk we will summarise some of the detectable trends on AI beyond deep learning. We will focus on the current transition from deep learning to deep semantics, describing the enabling infrastructures, challenges and opportunities in the construction of the next generation AI systems. The talk will focus on Natural Language Processing (NLP) as an AI sub-domain and will link to the research at the AI Systems Lab at the University of Manchester.
Part I Introduction to Green Energy Wall and the start of the Green Concept of wireless power; a review of concepts found in the Learning Series, Part II begins new functional performance mechanics.
On the horizon of the Crossover, Making a Watch Case Window and marking pivots, lifts and Moments of instance assimilation. Interpolation of the Area assists in valuing the project and its essential market relationship.
Ever wonder how these concepts contrast with and yet complement each other in a next-generation system?
Enterprise semantics
Knowledge graphs
Model-driven development
Digital twins
Self-Sovereign Identity
Own your own data
Data deduplication
Autonomous agents
Large language systems
Data-Centric Architecture combines the major technologies behind each of these concepts. In fact, it’s essential to the real-world implementation of general AI, enabling the context that’s behind contextual computing, DARPA’s Third Phase of AI. To be able to deliver, DCA needs to simplify and scale data ecosystems using these pieces of the data ecosystem puzzle.
This talk will provide an overview of how these pieces of the data-centric puzzle are fitting together. It’s a best practice to see these pieces can fit together side-by-size in an enterprise context and envision next-gen systems from the viewpoint of some of the most demanding enterprise use cases.
It’s also best practice to study how one industry vertical is moving ahead and contrast that progress with your own industry. Remember, as the data-centric ecosystem emerges and the benefits of true digitization start to pay off, many more techniques can be borrowed from other verticals and used in your own vertical. This talk will summarize several powerful recent case studies and highlight the key takeaways.
Phase I of Remote Converge Process is Outlined and Task Developed. The Theory of Remote takes on more dimensional consideration starting with processes we are more familiar with. The Sandbox approach in Phase I will lead into the full Glass Process in Phase II
The document provides information about Bako Lam (Laminate) and its potential entry into the supply chain of ark glass products. It discusses the four enterprise areas for various applications of laminated glass, such as Automotive, Fenestrations, Candle stone, and Facades. The document also mentions the primary goals of Bako Lam, which include developing the instance attribution for laminates, task branding for easy identification, and finding partners for simulations. It further highlights the areas of growth for Bako Lam, the plan for product launch, the areas of focus (production instance, multi-agency simulations and supply chain), and the timeline for the company's activities. The document concludes with a summary and mentions the upcoming simulations report in Part II, which will provide more details about the impact of Bako Lam on the glass industry. https://www.slideshare.net/slideshow/comments-on-making-the-retrofit-bako-lam-pdf/269560673
The document provides information about Bako Lam (Laminate) and its potential entry into the supply chain of ark glass products. It discusses the four enterprise areas for various applications of laminated glass, such as Automotive, Fenestrations, Candle stone, and Facades. The document also mentions the primary goals of Bako Lam, which include developing the instance attribution for laminates, task branding for easy identification, and finding partners for simulations. It further highlights the areas of growth for Bako Lam, the plan for product launch, the areas of focus (production instance, multi-agency simulations and supply chain), and the timeline for the company's activities. The document concludes with a summary and mentions the upcoming simulations report in Part II, which will provide more details about the impact of Bako Lam on the glass industry.
The document discusses scrum performance, portal build requirements, and streaming media in the context of a project. It covers problem definition, metrics, and the use of simulations. It also explores the concept of remote cloud assembly and the impact of glass technology.
https://www.slideshare.net/slideshow/comments-on-portal-compositions-all-parts-pdf/269367034
The document discusses scrum performance, portal build requirements, and streaming media in the context of a project. It covers problem definition, metrics, and the use of simulations. It also explores the concept of remote cloud assembly and the impact of glass technology.
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https://www.slideshare.net/slideshow/comments-on-maker-maps-the-next-glass-strategy-pdf/268262695
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The document contains a series of papers and presentations related to glass concepts and algorithms. The contents include discussions on topics such as momentum in glass building, impact engineering, continuous modeling, synergies, instancing, remote cloud assembly, simulations, portal design theory, metric maps, and the future projections of the glass plan. The papers also cover various aspects of glass production, including the use of solid-state engineering, green energy, wave and lens assimilation, and the development of remote architectural processes. Additionally, there are papers on the integration of glass with other technologies, such as media and tech in glass, digital production systems, and the use of gates and instances. The document also mentions the importance of certifications, securitization, and equity in the glass projects. https://www.slideshare.net/slideshow/comments-on-step-into-the-world-of-glass-all-partspdf/267668471
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Comments on Step Into the World of Glass Building Part I.pdfBrij Consulting, LLC
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Mu sic in the Advancing Age v2 Staging the Instance in Digital Plait
1. The and
Mu Sic of the Advancing Age, The Sea of Glass
Mu Sic Madeby
Thine Own Hand and Holy Writ
What can we learn about God’s Methods
of advanced staging of production
3/14/2021
Brij Consulting, LLC, Jean Marshall
I. Cryptography
II. Dimensioning
III. Staging Instances (v2)
V2 Staging the Instance in Digital Plait
2. Prayer for Use of Ark in Godly Service
God our Father,
Who wills that all men be saved
And come to the knowledge of Your Truth:
We beg you to send
Laborers into Your harvest,
And grant them grace to speak Your Word
With all boldness; so that Your Word
May spread and be glorified,
And all nations may know You,
The only God, and Him whom You have sent,
Jesus Christ your Son, Our Lord. Amen.
Brij Consulting, LLC, Jean Marshall 3/14/2021 2
3. Use of a Glass Modeling System
By emulating the use of a Glass
Modeling System, we hope to
show the Method God adopted
for reconfiguring the Universe,
as well as what the work of
Creation may entail. The Plan
of God says that He made man
to Participate With Him
We have divided our paper into
three parts: I. Cryptography, II.
Dimensioning and III. Staging
3/14/2021
Brij Consulting, LLC, Jean Marshall 3
4. Preliminary Parts of Mu Sic
Cryptography
Patterns used to identify the component
parts of a Machine or of an Appliance to its
functional and utility design
Patterns used to diffuse the misuse of a
design or architecture
Patterns used to sponsor the intellectual
property to its corresponding placement or
subscriber
Patterns used to recognize the User or User
Role
Dimensioning
To establish the dimensioning of an object
we must know the z time determinants of all
the points of the object definition from its
mean or central store.
Different layers and hence different gates
can accommodate stores, so that separate
facility owners may contribute
Dialogues may exist from these resource
accommodations that consistently supply
keys resonate with the functional or utility
sponsorship they represent.
3/14/2021
Brij Consulting, LLC, Jean Marshall 4
5. What is Mu Sic
Mu Sic is the Transmutational Process
that is capable of advancing the
scientific outcome of the Created
world
We will attempt to take hold of this
idea of progressing the instances to
transmute the whole.
Since it operates in so many
dimensions, we have little hope of
depicting it all in multi-dimensional
correlation
Yet we are encouraged to try… for
we know that God will complete His
Plan in us.
Notation, Measures,
Parameters, Streaming,
Transitions, Scale, Frequency,
Timing, Footing, Meters…
God sees everything as a
whole fabric and at once
? z
6. 63+1 work
In this paper we hope to develop aspects of
the dimensional object … Notice the Load
Diagram from our last paper. We will go
into cryptography first, then the method of
dimensioning. This is one version.
How many types of
cryptography have we
used? What is it that
cryptography is securing?
These are topics to explore,
since to be quantum
breakable it must be
quantum readable
Glass builds on what came
before… recursive. Glass
engineers using redundancy
both anticipating what is to
come and decommissioning
what is not necessary,
disallowing what is not
appropriate and making a safe
transition to a new method.
I. Cryptography
Load
Are the Benedictine
Keys RSA Encryption?
While a quanta is a
measure it depends on
whether it is binary or plait
and in what state or
dominion 3/14/2021
Brij Consulting, LLC, Jean Marshall 6
#612
7. Lattice Based
The underlying energy-based
material specifications shown
to us work with the plait gate
and the glass theory, justifying
the elimination of remainders
and the derivation of drivers
from its ability to formulate a
foil and bifurcate its properties.
The Lattice based
cryptography is built into the
glass property and no ambient
tendencies remain, all
energies are potential (and
hence green.)
3/14/2021
Brij Consulting, LLC, Jean Marshall 7
There is a public Key
transmitted from the Ark
Cloud arrangement that
works as an RSA
Encryption but is NOT
quantum breakable
The Attributes which take the place of the lattice-
based crystallography are symbolically arranged
around a cryptic tree that are specified by a singular
group in an unreadable format, supplied as an
image to the glass machine; Magi Encryption
8. RSA Encryption
The Curve and the Key work
together here to validate the
assigned Role and the Work Path
Gate
Differentiated
Margins
3/14/2021
Brij Consulting, LLC, Jean Marshall
8
10. Used as
Remedy for a
False Matrix
We used the
Benedictine Medal
as a starting Map
for our Model,
trusting in God’s
Plan
We suggest that the
medal has a
different private
attribution for God
than the publicly
achieved
assignment, and so
meets the definition
of an encryption
O-map Key = 11800
Gate
Differentiated
Margins
11827.28-11800=27.28-.10
Theta and Euler
differences
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10
Jesus+ gave up His life to give us
access to the things of God, He
protects our life and our works.
11. Key and Code Exchange
By predefining the parameters under which things will operate
in the glass format, the plait determines with engineering
redundancy what should be accepted and what should not.
Thus, the Bridge and Gate construction working with the glass
foundation are more than a cryptography.
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Graphic
Interpolation
becomes the
Encrypted Image
12. II. Dimensioning
With Green and Scalable Material Dimensional
Aspects of the work are in the Z-Time of the Design,
all the points of the design are recognizable in z-
Time and can be programmed to develop
proportionally.
Z-Form Dimensional Capability
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12
Flowers may grow one at a time, but the
whole bunch is in Z time of assembly. Do
only the stems count, or do we count all
the petals? Is it in Z1 plus Z2 dimensions?
The Sacraments
Dimension the
Soul
13. Time is found in Z bounds
While green energy- based material is
scalable it requires us to know its
dimensional form in order to markup its
design strategy. Its necessary to know
the time it takes to traverse various
points of DIALOGUE, (not the actual
dialogue itself, but its deliberated
end.)
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Bridge
Object
Elements
Gate
Mechanical
Engineering
Dialogue
Scrum
Dialogue
Financial
Engineering
Dialogue
Plait
Dialogue
For Gates
and
Materials
Gate and
Pipe
Affiliation
Covenant
Guided
Portal
Plan
1,2,3,4,5,6
Layers x 3
Gates
See III.
Instances
1
2
3
4
5
6
Dialogue:
Mark It Mark
A Priestly and Kingly
Covenant
Dialogue:
Map It Ralph
Dialogue:
Book It
Daniel
14. Dimensioning the Path
Z is the time to complete the longest path, thus the critical
path is the predicated path but relationally it may take
more dedicated resource to complete the work, and
additional z paths. Time is distance but simultaneous
completions shorten the time.
The machine does not care if it took 71.6 cost dedicated
hours to finish the labor on this one job. The machine only
notices the clock. The scalable and programmable
making of an object is based on the tasks given to the
machine to complete
We need to capture different aspects of time.
There are different methods to making
a thing and depending on the
method, the material, the time, the
resource and the formative
requirement are all different.
For instance, one method is to bend
around a form. Another is to pour like
concrete into a form. A third method
is to whirl like a series of beads, and
form in a graphical relationship to the
drawing.
If a plait design is to be placed on top
of an object, then the assembly is a
process in some instance of the
production. If the desire is to package
flat and open upon delivery, then the
open assembly is a post plait object.
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Z time
Product Build Manhours
*
*If another method other than bending is chosen, a new process must
be configured with a form and configurable dimension image
Image must
reflect size
True Size and
cost dimensions
The Machine
scales the
material to
clock manifold
Value Based
Engineering values
human labor
Methods of Time
and Motion are
used with Biblical
Commentary
Greater Imaging
Capability is key
to the Digital
Conveyance
3 Moral Pillars of
Value Basis
Time and Motion
Digital Conveyance
15. Thruput is verified
Boosted Digital
Specifications
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The Rational Method of building a
Conventional Thruput has Boosted Potential
31|557|9207|518|235| P(y) to Pi conversion Serial Key
CHI+
Slide 7
CHI increases the imaging capability of the
process Euler recovered through speed of
transfer
CHI+
16. III. Instances
we will discuss different types of Instances
When do we use instances and how
are they configured? Can we move
between instances?
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When and where?
Advanced Staging allows for more
complex builds, productive energy
combinations, interpolation
strategy and recursive capabilities
Leading into
Creation Science
17. Instance Emulation
Setting multiple targets for a position,
set up separate instances to
determine the best means to:
a. Eliminate an obstacle
b. Convey a package
c. Configure a Mobile Task
d. Increase the number of Streams
available with inter-branching
e. Build a pipe
f. Create a glass storage bin
g. Move between instances to
create a series of events
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(200,000,000,000.00)
(150,000,000,000.00)
(100,000,000,000.00)
(50,000,000,000.00)
-
50,000,000,000.00
100,000,000,000.00
150,000,000,000.00
200,000,000,000.00
0 2 4 6 8 10 12
wall brace thread
annex1 annex2 annex3
wall brace thread
annex1 annex2 annex3
Linear (wall) Linear (brace) Linear (thread)
Linear ( annex1 ) Linear ( annex2 ) Linear ( annex3 )
Linear (wall)
We will work on some of this… in our
next paper, working into Interpolation
18. Using Euler as a Ruler
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• P is proper to the
distribution of the plot
shown as R^2
• 2 is both the intercept
and the mode in the
binary set
• The clock underlies the
traverse of time and
distance
• The appropriate scale
of 9.85+.027 also has at
its beta the Chi value of
1.28
• Number Theory
demonstrates that the
time to traverse the
hypotenuse is the
square root of 2 in a
right triangle
y = 2.89ln(x) - 0.2419
R² = 0.6931
y = 0.9877ln(x) + 1.2803
R² = 0.0694
-1
0
1
2
3
4
5
6
E C FRACTI ON E FACTOR
INTERPOLATION WINDOW
fact double Log. (fact) Log. (double)
19. Interpolative Instances
In our next paper we will
begin to work on building
positions and interpolating
value chain assignments to
build a case for predicating a
model for supply chain
services
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20. SIGNS AND
WONDERS
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25Righteous Father, although
the world has not known You, I
know You, and they know that
You sent Me. 26And I have made
Your name known to them and
will continue to make it known, so
that the love You have for Me
may be in them, and I in them.”
John 17
A rare sign from WWII
https://youtu.be/
RjaVLfI3_h0
Rarely do people notice that God is using a
uniquely different kind of Light to build in the soul
and to communicate with people. The Lamb is
a scientific term in physics. It’s a hidden Mystery.
Apparition in 1879
22. Notable Exception to Sarbanes Oxley
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In 2006 I made a Sarbanes Oxley Complaint
related to a U.S. Domestic Subsidiary of
Siemens Corp. filed with the SEC. It had
various assertions in it, one of which is failure to
comply with Sarbanes Oxley Act of 2003 to
have sufficient internal Controls to safeguard
Assets and the performance of Equity. It is
possible they were using a zero-sum formula.
It is probable that they used Goodwill to write
off performance gains.
APPENDIX I I
23. Other papers
1. Engineering Objects
2. Instancing at the Gate
3. Interpolative Scope
4. Functional Glass
5. The Glass Wall
6. The Glass Wave
7. Scrum Costing w/notes (Book It Daniel)
8. Gate Plait Green (Mark It Mark)
9. Scorecard Integration (Map It Ralph)
(Comprehensive of Plait Glass Theory, the V3
or V4 papers have complete content)
https://www.slideshare.net/Marshallja/presentations
Original paper is Document