Scorecard Integration v1 MFGates, Map It Ralph

Scorecard
Integration
V1 Manifold and Gate Requirement
Foil to Build
Transition Dialogue
called: Map It Ralph!
Problems of Incongruity Discussed
Full Form
Map
Model

Ark Platform Insolvency
The Ark Platform requires Manifold Scaling and Gating of Instances for a successful Operation
Adjusted again, not shown @32+
Mapping shows 32=Lamb motivation
Unapplied burden
Price composition
volume
adjusted
9/24/2020 Brij Consulting, Jean Marshall 2

What kind of Time and Motion Problem is it?
The digital assets are not recorded and the
equity in the world GNP is depleting; thus the
Burden is dragging down opportunity that
people can not claim for themselves.
1749.42 points to Time and Motion Problem according to maps

Digital Portals
• Digital fabrication in architecture
• The challenge to transform the building
industry
• Date:
• February 17, 2017
• Source:
• ETH Zurich/Swiss Federal Institute of Technology
• Summary:
• Society faces enormous challenges in constructing high-quality, future-oriented built environments.
Construction sites today look much like the building sites did at the beginning of the 20th century. Current
research on digital fabrication in architecture indicates that the development and integration of innovative
digital technologies within architectural and construction processes could transform the building industry --
on the verge of a building industry 4.0. Digital technologies in architecture and construction could increase
productivity creating new jobs.
A Legacy in Glass pointing to a New Age of Design
Green is the necessity of Potential Energy PE to solve it

Variable Rate Demand is
used with interpolation
of time basis to derive a
product stratification of
demand (see Foil Map)
Complex
Mappings
See Slide 16 for
VRD Example
9/24/2020
Brij Consulting, Jean Marshall
5

Complex Mappings
• Complex Mappings need the simple and
basic maps first
• There is at least ten years between the
Digital and Ark Design, but you might
double it for real industrial transition.
• So let’s go from the simple to the
complex and assist Map It, Ralph with
some diligently obtained mappings
• And take a look at how features of map
are keyed and denoted by Legend
• A properly devised map will keep us
from a disjointed conclusion
It was the change in the Light
that formed the Rainbow; How
did the Light change? Q&A later9/24/2020 Brij Consulting, Jean Marshall 6

Types of Maps
• Functional Maps
• Time and Motion Maps (Metric Relations)
• Geo-Positional Maps
• Systems Maps
• Mapping Apportionment (Foil)
• Analog to Digital Scale and Apprehension
• Gate Maps
• Manifold Mark-up Maps
• Scrum is a Critical Path, Map-based, Tasking and
Business Process Concept
Foil Map explained
Virtual Glass can change
mapping theory

The Business Cube is a Work of Mapping
It has an interior Market as well as an exterior Market and both work together to determine Price based on
supply and demand. Each Part has its own Structure. Enforcement of Rules is built into the Framework
through various kinds of Reports and Forms. What is guided by machine intelligence and what is guided by
personal Judgment and Oversight? Governance is an important topic. Intellectual Property is just as significant.
What of Moral Intelligence?
Operations
Production
Facility
Kanban or Scrum
Critical Path Planning of overall
Goals, Objectives
Operational Risk Strategy including
Policy and Procedures
Customer and Vendor
Relations
Materials Management
Costing and Standards
Asset Management
Labor Procurement
Benefit Packaging and Payroll
Directives
Sales, Internal and External, Quotations
and Services
Engineering, Inhouse
Housekeeping,Inventory and Stocking
Business
Enterprise
Ledger,
Modules
Accounts
Journals
Reports
Business
Structure
Business
Architect
Economics Matrix
Management
Demand
Engineering
Cost
Price
Product
Demand
Econometrics
Program Assimilation
Industrial Physics
Scorecard
Performance
Projects and Programs
KPI’s Performance
Keys
Task related Metrics
Driver Relationship
Foil
Apportionment
Conversion Study
Funding Basis
Travel. Time and Expense
Planning
Pricing and Costing
Mechanic
Capital
Plan
Market Plan and
Production
Budget and Financial
includes Cash Planning
Working Capital
Requirement
Debt Structuring
Share
Planning
SharePoint
Small “Parts” Plans
IntercompanyPricing
Commodity and Demand
Hedge Plan
Labor Planning, HR
Portfolio Mapping
IT and Systems
Operations
Systems
Plan
Security
Programming and
Development
Hardware, Software
Maintenance
Media and Communications
Warehousing and Logistics
Executive
Branching
Establish all Legal and
Authoritative Requirements
Banking Relationships
Authorization
parameters
Planning Approval
Acquisitionsand Disposals,
Business Combinations
Professional Staffing, Consulting
ContractingAgreements &/or Legal
Representation
Market Studies and Research
Requirement
Portfolio Planning
Public Relations
Royalties, Patents and Intellectual
Property
Cash, Collections and Credit Review
Reserves and
Contingencies
Financial Audi and Notes
Contingent Relationshipsand
flags, parametersand
conditions
Portfolio Review and
Estimation
Reserve Setting, Establish
Credit
Risk Statement Problems
and Considerations
Arts and Crafting, including publications
Mission Correlations
Training and Education
Internal Controls and
Compliances
RC
PLSP
Architect KEY
Builder OPS
Planner EYE
Op
ITSC
EM
BEEB
Op
BE EM SC PL SP IT EB RC
Functional Map with Symbolic Key9/24/2020 Brij Consulting, Jean Marshall 8

Time and Motion
Maps
The Goal is not to display every map but
to present some idea of maps found
throughout our work that lead us to
develop more intricate analysis.
Instance Mapping of Digital Portal
Look Inside
Variable Rate Demand is the means
to map and efficiently devise a
Product under varying conditions
Interpolative Study
develops inside views of
intricate parts
See 400

Geo-Political Maps
Show Scale and Dimensional Attributes

Foil with VRD
Often Projects need to be Subdivided
(Apportioned) into their Bifurcated
Parts in order to assign responsible
association to the Development of it.
In this section we will describe one
Method Called VRD
First Method

Scale Considerations
• When reviewing the valuation of the parts of a dynamic
system such as our portfolio instance we find metric
conversion on a time and motion basis that point back to
our original plait of the process. See below.
• When the Ark Plait went upscale from the Digital Plait
another level of Time and Motion Motivation had to be
supplied. If you notice on Slide 2, we increased volume
with another +32 plait of 12 Sigma+ (see Slide 13 for
example)
First Instance
^ Our First Instance is pre-Baseline and is referred to as RB restructured beta; Its scale is in 3 terms while the Ark is in 4+ terms for a scale that
is 1,000,000 times digital (12-18 Sigma), the digital then delivers Instances that transitioned upscale from 3 to 4 terms (9-12 Sigma.)
Adding to the Time and
Motion Requirement is an
Engineering Problem
This is the kind of problem that Tesla
and Edison were having in Power
Distribution. That has to do with
Load Bearing and Fabrication.

Working With
Instances
• Instances are required on both types of Platforms, both Digital
and Ark, in order to make more complex design and products.
• Many types of Products will require advanced production
methods where speed, precision and moving multiple tiers and
layers into a well considered whole, belong to working with both
manifold time and gated instances.
• Often to keep a product functioning in a remote location a
localized version of the time plait must be installed. To do this
light particles are motivated in a stream that circulates with
timing and event scripting.
• Incongruity in small points can make large disjointed operations
in the larger sense. Looking ahead and behind the problem we
can see that Gates enter into the Transition of Scale as well.
13
Working with Instances
and configuring timing
of moving parts is an
engineering problem

When Gates are Required
• Tiers do not need Gates, but separate Instances do.
Using Forms is another kind of Engineering in the
Meta Domain of the Computer.
• Utilizing Exterior Structures to apply force and
combine elements is a use of industrial physics and
requires Safety and other measures. These measures
also ensure a compliant process.
• Digital Portals require Instances and Gates to load and
make products. If the product does not leave the
ground and can follow a tracked formation, Gates are
not necessary, only checkpoints.
Loading, Leveraging,
Motivating and Timing
are Engineering
Problems when Force is
Applied

Gates and Instances Defined
• When Gates and Instances are required to make a product, the product making requirement has
to be in a separated composite based station and formulated to apply a double down pattern of
force to make its utility function.
• A product leaves the ground when it is conveyed and it needs to be lifted. Applying forces of
leverage and lift, utilizing elements or light streams place the application of production into the
realm of an industrial engineering requirement.
• A manifold delivery system requires an underground facility or a space station (not discussed.)
• A bottle-break system is a time based system that establishes an immediate break of the timing
system when the stage of events is completed. Generally these processes have a critical path
and staging of events that are circular but non-looping upon the product state of events (i.e.
going back or forth to prior or future stages.)
• When a vacuum is applied it can be considered a reverse time process, and this is because there
is an asynchronous orbit of a light stream necessary or some unique need. These are more
dangerous and can’t be performed in the routine industrial setting.
• In the Research and mapping sense we should start work in the mini-world of gated electronics
before we advance to bigger things. Graphic capability is a good mapping strategy. The mini-
world has scale and load to it that we can work with. By emulating this and apportioning it, we
can come to another platform as we have been learning to do between digital and ark. By
testing we can improve many things.
Push/truck
Pull/Lift

Principles of
VRD and Foil
Concept
• Foil is a process that is applied upwards from the Ground or the Basis upon which a Product is applied.
• Foil is shaped or fabricated ‘on the basis’ of wrapping around another instance which is distributed with
the characteristics of the requirement. In addition an adequate time distribution is necessary in order
that the Instances in taking a particular strata are correlated to a time plait of realistic proportions.
• The way foil plaits are done is only in the interest of getting an even and deliverable plait and make no
mathematical or reasonable sense in View of the project, until we apply the product and see it has an
appropriate settlement in it.
• The First VRD Distribution we did was in answering this question:
I. Based on the Timeline of Discovery what is the most likely Scenario for the Demand based distribution of
these Products? Slide 5 is distributed by the VRD Methodology on the component charts listed below.
II. Our Distribution later changed based on the Supply Side of the Equation. What Products do we offer and
when can we be expected to produce them? We used other Foil Methods for this.
• The BASIS upon which VRD is performed should not be Biased and the time distribution should be from
the best available strata of congruous time distribution available. If it is found to be lacking it should be
immediately changed to offset problems of incongruity if possible. This is based on the significance of
the plait to the study or to the nature of the work at hand.
• Our Plait developed inhouse has worked on an example basis. A better plait may come from reworking
a previous confident distribution within the domain of the engineer, financial or otherwise.
This Plait is strictly done to
bifurcate a product offering to
instance the products and does not
equip an engineering foil with its
energy means. It apportions for
scrum tasking and delivery.
Now Financial
Engineering does
its part.
Making a
product
basket of
deliverables
Notice the
flat basket
becomes
curved

Unknown Demand Schedule
An Unknown Demand Distribution means you don’t know when the
business will begin operating or the products be serviceable to the
marketplace. By setting a pro forma distribution you can apply a
tentative plan and interest people in your Plan. To obtain funding
you need a Plan and a reasonable demand plot of the market you
can attract, and help engineering acquire an appropriate design
concept for it. You may define your internal setup then.
Chart used to apply VRD
Development
of the Chart
supplies the
Terms
8 Table

Professional
Studies should
be used
This is not a professional
study timeline, but it is a
good example. A professional
study would have a deeper
capability on the data.
Furthermore, the rating and
ranking would be more
dependable, as produced by
industrial physics experts in a
study of merit.
We have used
this graph
in other
papers
Meta Lens
Not included
in VRD
sample,
needed only 8
terms,
eliminated
largest rating
9 Table

By Using a former study we developed metrics
We made some determinations about
products which have not yet been made but
which some study revealed consideration
Our pricing study based on interpolative
demand created a perfect stochastic matrix
and we have been able to rely on it for
emulations; it demonstrated the mapping of
internal and external demand.
Internal demand structure used to find external (market) demand
here otherwise load is a map mode 104 -29-139 x %9/24/2020 Brij Consulting, Jean Marshall 19

Using the Matrix develop the Demand Scale
Blue numbers came from graphs
See Table on Slide 22

Foil the Demand, First Foil for Digital

Gate Map and
Dialogue
STOP for a more
detailed discussion
next time.
See Q&A
next
9/24/2020
Brij Consulting, Jean Marshall
22
4.00

Q&A
The Story from Genesis
Everything on dry land with the breath of life in
its nostrils died.
23The LORDwiped out every being on earth:
human beings and animals, the crawling things
and the birds of the air; all were wiped out from
the earth. Only Noah and those with him in the
ark were left.
24And when the waters had swelled on the
earth for one hundred and fifty days,
In the six hundredth year of Noah’s life, in the second month, on
the seventeenth day of the month: on that day
All the fountains of the great abyss* burst forth,
and the floodgates of the sky were opened.
12For forty days and forty nights heavy rain poured down on the
earth.
13On the very same day, Noah and his sons Shem, Ham, and
Japheth, and Noah’s wife, and the three wives of Noah’s sons had
entered the ark,
14together with every kind of wild animal, every kind of tame
animal, every kind of crawling thing that crawls on the earth, and
every kind of bird.
15Pairs of all creatures in which there was the breath of life came
to Noah into the ark.
16Those that entered were male and female; of all creatures
they came, as God had commanded Noah. Then the LORD shut
him in.
17The flood continued upon the earth for forty days. As the
waters increased, they lifted the ark, so that it rose above the
earth.
Burden relieved
GATE TRANSITION
Dome Changed
Crystal Firmament Exposed
1 year
9/24/2020Brij Consulting, Jean Marshall
23
T&M

To Do in V2
• Bifurcate the Product to the Gates
• Cost the Product
• Create Product Scorecard
• Lead into Manifold
In the Digital Sense of the
Product the underlying
theory applicable to the
products must begin with
Scalable Green Material and
Virtual Glass
Units may be more
conducive to bifurcation
to gates and thus
costing becomes more
an econometric
requirement
Even in the Forms
sense at the Meta
Level Load Bearing
and Fabrication will
require Virtual Glass
A Dialogue called Mark It Mark, Later

Necessary to Foil Units, Load and other
Factors (First Foil Product)
Our First Foil held
until about Year 4
when we escalated
into Ark Delivery
Year 1 is after two instances
of Simulated and Unitary
Assets were converted to
R(B) and then Baselined.
Emulation
Our Standards are tested under the transition state of moving from one
instance to another in Theoretical Composition, but not under Performance
Circumstance. We establish Gate Approbation using a Scorecard Model
which is a Least Squares Methodology, but not as our only method.

Q&A2: Mapping Sponsors Solutions
Reference networks
Main article: Geodetic network
A diagram of survey markers running along a shoreline.
A survey using traverse and offset measurements to record the location of the shoreline shown in
blue. Black dashed lines are traverse measurements between reference points (black circles). The
red lines are offsets measured at right angles to the traverse lines.
Few survey positions are derived from first principles. Instead, most surveys points are measured
relative to previous measured points. This forms a reference or control network where each point
can be used by a surveyor to determine their own position when beginning a new survey.
Once the surveyor has calculated the level of the errors in his or her work, it is adjusted. This is the
process of distributing the error between all measurements. Each observation is weighted
according to how much of the total error it is likely to have caused and part of that error is allocated
to it in a proportional way. The most common methods of adjustment are the Bowditch method,
also known as the compass rule, and the principle of least squares method.
The surveyor must be able to distinguish between accuracy and precision. In the United States,
surveyors and civil engineers use units of feet wherein a survey foot breaks down into 10ths and
100ths. Many deed descriptions containing distances are often expressed using these units
(125.25 ft). On the subject of accuracy, surveyors are often held to a standard of one one-
hundredth of a foot; about 1/8 inch. Calculation and mapping tolerances are much smaller wherein
achieving near-perfect closures are desired. Though tolerances will vary from project to project, in
the field and day to day usage beyond a 100th of a foot is often impractical.
Plane surveying assumes the earth is flat. Curvature and spheroidal shape of the earth is neglected.
In this type of surveying all triangles formed by joining survey lines are considered as plane
triangles. It is employed for small survey works where errors due to the earth's shape are too small
to matter.[15]
In geodetic surveying the curvature of the earth is taken into account while calculating reduced
levels, angles, bearings and distances. This type of surveying is usually employed for large survey
works. Survey works up to 100 square miles (260 square kilometers ) are treated as plane and
beyond that are treated as geodetic.[16] In geodetic surveying necessary corrections are applied to
reduced levels, bearings and other observations.[17]
I.
•Survey Position I: Industry standards will need to be established between Digital
and Ark likened to Planar and Geodetic.
II.
•Survey Position II: We have emulated 8 to 10 years but not all in complete model
emulation some are interpolated by financial circumspection.
III.
•Survey Position III: Foil is also an Energy Based Property, but we have not come to
that argument as appropriated to our effort, only as a product necessity
Look for our V2
Manifold and Gate
Delivery
The Underlying Points
take up the position
as a Practicum

Other Papers
Digital Portals and Ark Theory
https://www.slideshare.net/Marshallja/presentations

Scorecard Integration v1 MFGates, Map It Ralph

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