The Crossover Conveyance is a continuation of the Branch Sound and Motion study and begins with justification of Assets and Intellectual Properties in order to derive Convergence Metrics and an Intelligent Pathway to Remote design and delivery. See Also Portal Prosperity, an overview of Productivity and Maintenance of Intellectual Property and Asset Management Systems. In V2 we learn to thread the system and in v3 the relationship to Site Management in the portal delivery mechanic. We also explain what Religion is for as well as the Citadel of Zion.
The Crossover Conveyance is a continuation of the Branch Sound and Motion study and begins with justification of Assets and Intellectual Properties in order to derive Convergence Metrics and an Intelligent Pathway to Remote design and delivery. See Also Portal Prosperity, an overview of Productivity and Maintenance of Intellectual Property and Asset Management Systems. In V2 we learn to thread the system and in v3 the relationship to Site Management in the portal delivery mechanic. We also explain what Religion is for as well as the Citadel of Zion.
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 Crossover Conveyance is a continuation of the Branch Sound and Motion study and begins with justification of Assets and Intellectual Properties in order to derive Convergence Metrics and an Intelligent Pathway to Remote design and delivery. See Also Portal Prosperity, an overview of Productivity and Maintenance of Intellectual Property and Asset Management Systems. In V2 we learn to thread the system and in v3 the relationship to Site Management in the portal delivery mechanic. We also explain what Religion is for as well as the Citadel of Zion.
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. By running multiple instances of production we are able to test and to write a test for use at the site to finish the build. This leading to new encryption and remote building mechanics
Full Phase I of Remote Converge Process is Outlined and Task Developed and Bridged. 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 Theory of Remote takes on more dimensional Ark-Glass 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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications. The full Glass Partnership emerges and is discussed in Phase III
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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications.
The Theory of Remote takes on more dimensional Ark-Glass 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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications. The full Glass Partnership emerges and is discussed in Phase III
The Crossover Conveyance is a continuation of the Branch Sound and Motion study and begins with justification of Assets and Intellectual Properties in order to derive Convergence Metrics and an Intelligent Pathway to Remote design and delivery. See Also Portal Prosperity, an overview of Productivity and Maintenance of Intellectual Property and Asset Management Systems. In V2 we learn to thread the system and in v3 the relationship to Site Management in the portal delivery mechanic. We also explain what Religion is for as well as the Citadel of Zion.
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 Crossover Conveyance is a continuation of the Branch Sound and Motion study and begins with justification of Assets and Intellectual Properties in order to derive Convergence Metrics and an Intelligent Pathway to Remote design and delivery. See Also Portal Prosperity, an overview of Productivity and Maintenance of Intellectual Property and Asset Management Systems. In V2 we learn to thread the system and in v3 the relationship to Site Management in the portal delivery mechanic. We also explain what Religion is for as well as the Citadel of Zion.
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. By running multiple instances of production we are able to test and to write a test for use at the site to finish the build. This leading to new encryption and remote building mechanics
Full Phase I of Remote Converge Process is Outlined and Task Developed and Bridged. 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 Theory of Remote takes on more dimensional Ark-Glass 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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications. The full Glass Partnership emerges and is discussed in Phase III
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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications.
The Theory of Remote takes on more dimensional Ark-Glass 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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications. The full Glass Partnership emerges and is discussed in Phase III
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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications.
We begin with evaluation of the Glass Build as an Engineering Process of Synthesis in Architectural Design in ARK Mode. Although Pro-Forma and Pre-Production we examine the Economic Change as we position the product in the market. The Major Shift in tooling design and fabrication methods contributes to a NEW ECONOMY
Imposition of Value Engineering in Plait Glass Composition V3 Packaging and D...Brij Consulting, LLC
Arriving at Stream and Digital Write Capability there are two justification processes, one for material and the other for the finished product, both are written to the glass bin as a complex record and as attributes of an object. In V2 we are loading the instances and configuring for encryption. We learn many valued lessons about glass composition. In V3 we will make a product and see how packaging and conveyance are worked into the glass product. The glass material takes on the nature of the attributes which are assigned to it. Here, Value engineering helps to determine how much basis to add to the product cost. Also, how to utilize the Stream Approach to Prosper Instance Planning to Derive a Product in a Digital Portal Pipe with a competent engineering methodology. We are using an emulation of six layer glass to do this.
The Glass Build, Mechanics and Assembly V3 Building of PropertiesBrij Consulting, LLC
The Relationship of the 3D Glass Model to the Build is explored and the Cost of Assembly is added to the Matrix. In V2 we look into the financial aspects of the two businesses and compare them back to established metric arrangements. and developed standards. In V3 we will examine properties and modules in how they are developed.
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. We have begun mapping the properties and interdimensional requirement and show that we have exceeded the Scorecard by z dimensions
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. We have begun mapping the properties and interdimensional requirement and show that we not only have exceeded the Scorecard by z dimensions, but that we also have exceeded time and motion itself.
Justification of the Build of Land Products is produced from a template that demonstrates its result later in a serialized string containing its build rate. In V1 we are primarily interested in identifying the load for land products. In V2 we are concerned with the Glass Product Warehouse and reassembly of customer delivered loads with a frequency traceable to load. And in V3 we are concerned with the Title, Deed, Records that need to be maintained.
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
Branching from The Glass Warehouse we have gained insight into how to extend the process remotely through the use of sound and wave techniques, imaging and mobile encrypting of the advancing footprint. In V1 we begin the metric derivation, in V2 we look into the case building of product media in remote conditions and in V3 we look to the Appliance relationships necessary for these constructs. See also https://www.slideshare.net/Marshallja/the-glass-warehouse-v3-remote-extended
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.
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. In V2 and V3 presented simultaneously we discover the magnitude of the change and the paradigm of the performance requirements. In V4 we discuss the importance of the Paradigm as an advancing plan that when its specialized products are polled the magnitude of the overall project pulls toward the more significant tan line, which is the remote capability for architectural design and building.
Partnering relationships and the development of secant engineering in relationship to advanced scientific assets became the critical path. Assimilation occupied the design along the path of diacritical marks and their nominal relationship to the productive assets and product matrix. The complexity of defining the product portfolio would overly complex this paper so we pushed it ahead to the next paper, where we will finish the pattern of it.
Supply Side Portfolio V1, V2, V3 Timing, Investments, and Custom Engineering.pdfBrij Consulting, LLC
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. In V2 and V3 presented simultaneously we discover the magnitude of the change and the paradigm of the performance requirements.
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
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
The IF Strategy that determines the various stratification of the Project into an Agile Plan is capable of incorporating streams of componentization and scientific assets to determine the outcome of building the glass table and other production requirements.
A functional look at Interpolative Scope and its proposed capabilities , Story #1 Specifications in Glass, Conversion Process at the Gate from Wall Synergy, Load Value and Invested Margin, View toward Instancing next... This is Part II of Interpolative Scope dialogue
Part II...A functional look at Interpolative Scope and its proposed capabilities , Story #1 Specifications in Glass, Conversion Process at the Gate from Wall Synergy, Load Value and Invested Margin, View toward Instancing next... This is Part II of Interpolative Scope dialogue... added drivers and functional mark-up
Using a complete Wheel Method in Ark Mode to Simulate and to Operate a complex production of Bridged Instances is defined by its Marks and Encryptions that keep the project coordinated on its Bridge Pathways; In V1 we begin the difficult task of assembling the various process depictions of the Bridge. In V2 we will assemble trees and leaves more conjunctively and in V3 consider the Parametric Simulations that need to be used.
The Scope of Glass Projects is the First paper in our Design Series that turns our Learning Series into an Agile Strategy. Part I is a bit more robust dealing with Benchmarking, see our commentary.
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.
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 and then to the Land and Community Development in Phase III. Here we develop the Home Media and Build Case Process as well as financial ramifications.
We begin with evaluation of the Glass Build as an Engineering Process of Synthesis in Architectural Design in ARK Mode. Although Pro-Forma and Pre-Production we examine the Economic Change as we position the product in the market. The Major Shift in tooling design and fabrication methods contributes to a NEW ECONOMY
Imposition of Value Engineering in Plait Glass Composition V3 Packaging and D...Brij Consulting, LLC
Arriving at Stream and Digital Write Capability there are two justification processes, one for material and the other for the finished product, both are written to the glass bin as a complex record and as attributes of an object. In V2 we are loading the instances and configuring for encryption. We learn many valued lessons about glass composition. In V3 we will make a product and see how packaging and conveyance are worked into the glass product. The glass material takes on the nature of the attributes which are assigned to it. Here, Value engineering helps to determine how much basis to add to the product cost. Also, how to utilize the Stream Approach to Prosper Instance Planning to Derive a Product in a Digital Portal Pipe with a competent engineering methodology. We are using an emulation of six layer glass to do this.
The Glass Build, Mechanics and Assembly V3 Building of PropertiesBrij Consulting, LLC
The Relationship of the 3D Glass Model to the Build is explored and the Cost of Assembly is added to the Matrix. In V2 we look into the financial aspects of the two businesses and compare them back to established metric arrangements. and developed standards. In V3 we will examine properties and modules in how they are developed.
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. We have begun mapping the properties and interdimensional requirement and show that we have exceeded the Scorecard by z dimensions
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. We have begun mapping the properties and interdimensional requirement and show that we not only have exceeded the Scorecard by z dimensions, but that we also have exceeded time and motion itself.
Justification of the Build of Land Products is produced from a template that demonstrates its result later in a serialized string containing its build rate. In V1 we are primarily interested in identifying the load for land products. In V2 we are concerned with the Glass Product Warehouse and reassembly of customer delivered loads with a frequency traceable to load. And in V3 we are concerned with the Title, Deed, Records that need to be maintained.
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
Branching from The Glass Warehouse we have gained insight into how to extend the process remotely through the use of sound and wave techniques, imaging and mobile encrypting of the advancing footprint. In V1 we begin the metric derivation, in V2 we look into the case building of product media in remote conditions and in V3 we look to the Appliance relationships necessary for these constructs. See also https://www.slideshare.net/Marshallja/the-glass-warehouse-v3-remote-extended
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.
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. In V2 and V3 presented simultaneously we discover the magnitude of the change and the paradigm of the performance requirements. In V4 we discuss the importance of the Paradigm as an advancing plan that when its specialized products are polled the magnitude of the overall project pulls toward the more significant tan line, which is the remote capability for architectural design and building.
Partnering relationships and the development of secant engineering in relationship to advanced scientific assets became the critical path. Assimilation occupied the design along the path of diacritical marks and their nominal relationship to the productive assets and product matrix. The complexity of defining the product portfolio would overly complex this paper so we pushed it ahead to the next paper, where we will finish the pattern of it.
Supply Side Portfolio V1, V2, V3 Timing, Investments, and Custom Engineering.pdfBrij Consulting, LLC
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. In V2 and V3 presented simultaneously we discover the magnitude of the change and the paradigm of the performance requirements.
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
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
The IF Strategy that determines the various stratification of the Project into an Agile Plan is capable of incorporating streams of componentization and scientific assets to determine the outcome of building the glass table and other production requirements.
A functional look at Interpolative Scope and its proposed capabilities , Story #1 Specifications in Glass, Conversion Process at the Gate from Wall Synergy, Load Value and Invested Margin, View toward Instancing next... This is Part II of Interpolative Scope dialogue
Part II...A functional look at Interpolative Scope and its proposed capabilities , Story #1 Specifications in Glass, Conversion Process at the Gate from Wall Synergy, Load Value and Invested Margin, View toward Instancing next... This is Part II of Interpolative Scope dialogue... added drivers and functional mark-up
Using a complete Wheel Method in Ark Mode to Simulate and to Operate a complex production of Bridged Instances is defined by its Marks and Encryptions that keep the project coordinated on its Bridge Pathways; In V1 we begin the difficult task of assembling the various process depictions of the Bridge. In V2 we will assemble trees and leaves more conjunctively and in V3 consider the Parametric Simulations that need to be used.
The Scope of Glass Projects is the First paper in our Design Series that turns our Learning Series into an Agile Strategy. Part I is a bit more robust dealing with Benchmarking, see our commentary.
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.
Using a complete Wheel Method in Ark Mode to Simulate and to Operate a complex production of Bridged Instances is defined by its Marks and Encryptions that keep the project coordinated on its Bridge Pathways; In V1 we begin the difficult task of assembling the various process depictions of the Bridge. In V2 we will assemble trees and leaves more conjunctively and in V3 consider the Parametric Simulations that need to be used.
We begin with evaluation of the Glass Build as an Engineering Process of Synthesis in Architectural Design in ARK Mode. Although Pro-Forma and Pre-Production we examine the Economic Change as we position the product in the market. The Major Shift in tooling design and fabrication methods contributes to a NEW ECONOMY; In V2 we study how the Matrix Expands to provide for new tooling that accomplishes feats of design and fabrication synthesis In V3 we see the economy vastly expands as the tooling requirement is satisfied and the building design and treatments increase equity builds
Time and Motion Motion in Ark Glass V2 Minding the Thread.pdfBrij Consulting, LLC
Overview
V1 Abandoning Paraphernalia has at its root the following concepts:
Solid State Performance through Ark Cloud Star Formative Properties
Theoretical Consistency in all Applications
No Material Failure or Zero-Sum Condition
Discipline needed for Utility Cognizance and standard oasis
Lack of frequency availability for other than the official business requirement
Glass Fingerprint for assigned Protocols (Applied in V2.)
V2 Minding the Thread gets deeper into the Mu Sic notation of instancing properties holding instances in moments when the properties or the containment of them must persist in motion. Examples of this are green energy conveyance, bridging mechanics, IP convergence and Portal arrangements, all appliance machines that must open and operate while their introspective property assignments need to be upgraded or changed.
V3 Stability in Connected Services rely on pipes and streaming that are grounded in permanent but untraceable root addresses that are never relative but fully sustainable and operated by the Morning Star; Accessibility is a function of Participation and Assignment for Portal and Warehouses
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
Part II...A functional look at Interpolative Scope and its proposed capabilities , Story #1 Specifications in Glass, Conversion Process at the Gate from Wall Synergy, Load Value and Invested Margin, View toward Instancing next... This is Part II of Interpolative Scope dialogue... added drivers and functional mark-up. Development of Tools for Instances.
This paper deals with testing theory regarding Home and Foundation Test for Ark Compositions from their initial mechanical theory through the eventual remote building theory of glass community evolution.
Similar to Crossover Conveyance V3 Continuous Site Management (20)
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.
Part I is a noteworthy description dedicated to the Problem Definition of Portal Building. Its content is related to various topics, including scrum performance, problem correlation, project value attribution, portal build requirements, glass construction, and simulations. https://www.slideshare.net/slideshow/comments-on-portal-compositions-part-i-pdf/268722476
Part I is a noteworthy description dedicated to the Problem Definition of Portal Building. Its content is related to various topics, including scrum performance, problem correlation, project value attribution, portal build requirements, glass construction, and simulations.
The document is divided into three parts: Bookmarks, Golden Bricks, and Casting Crowns. It discusses various aspects of glass projects, including remote cloud assembly, metric maps, scrum performance, golden bricks, casting crowns (collaboration), and portal arrangements. It also mentions the importance of branding, marketing, and simulations in these projects. Additionally, the document contains a series of papers and presentations related to glass concepts and algorithms, covering topics such as benchmarking, glass impact, green energy, solid-state engineering, cloud-star evolution, simulations, and more about Ark Science and Glass building and production.
The document is divided into three parts: Bookmarks, Golden Bricks, and Casting Crowns. It discusses various aspects of glass projects, including remote cloud assembly, metric maps, scrum performance, golden bricks, casting crowns (collaboration), and portal arrangements. It also mentions the importance of branding, marketing, and simulations in these projects. Additionally, the document contains a series of papers and presentations related to glass concepts and algorithms, covering topics such as benchmarking, glass impact, green energy, solid-state engineering, cloud-star evolution, simulations, and more about Ark Science , Glass building and production.
https://www.slideshare.net/slideshow/comments-on-maker-maps-the-next-glass-strategy-pdf/268262695
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.
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
The Scope of the 50-year Glass Plan is examined at length in its Continuous Modeling Phase. Momentum is founded on the synergism of the glass strategy. See visibly the conversion of Labor to the Balance Sheet https://www.slideshare.net/slideshow/comments-on-step-into-the-world-of-glass-building-part-ipdf/267465404
Comments on Step Into the World of Glass Building Part I.pdfBrij Consulting, LLC
The Scope of the 50-year Glass Plan is examined at length in its Continuous Modeling Phase. Momentum is founded on the synergism of the glass strategy. See visibly the conversion of Labor to the Balance Sheet
The Outcome of our Square Pi Digital Investment is a What If? Metric Map, Key to Stakeholder Investments https://www.slideshare.net/slideshow/comments-on-square-pi-key-to-the-investmentpdf/267325383
This paper describes the means to redevelop Scorecard to an on-demand product and as a scalable and portable application. Since we are applying a mark to market position to our hyD Division and looking for the implications of burden lift to the project earnback requirement, we will likely do some more KPI and SCRUM METRIC what if testing in our next paper, related to the effects of portal transactions.
This paper describes the means to redevelop Scorecard to an on-demand product and as a scalable and portable application. Since we are applying a mark to market position to our hyD Division and looking for the implications of burden lift to the project earnback requirement, we will likely do some more KPI and SCRUM METRIC what if testing in our next paper, related to the effects of portal transactions.
Can Scorecard raise our glass process to new heights of System Capability? We look at many advantages related to portals, processes and scrum-based production: Valuation of Purchase Price, Business correspondence to Goodwill and Supply Chain application.
Can Scorecard raise our glass process to new heights of System Capability? We look at many advantages related to portals, processes and scrum-based production: Valuation of Purchase Price, Business correspondence to Goodwill and Supply Chain application.
Glass Systems Branching and Partner Acclimations in Three Portal Arrangements. CONTENTS OVERVIEW...Defining Portals, Splitting Demand as a VRD Technique, Reconciling Portals and Market Position, Scorecard Gearbox (to be discussed), Componentization and Early Phase Projects, Full Scope Delivery of Agile Projects, Associating Tasks and Task Analytics, Later PLAN Market Impact, Matching and Stacking in the Domains, Signature Delivery and Confluent Design. Addendum shows Manufactuing Production, Scrum and Performance Statements. See Comments at https://www.slideshare.net/slideshows/comments-on-simulations-partners-addendumpdf/265866438
Glass Systems Branching and Partner Acclimations in Three Portal Arrangements. CONTENTS OVERVIEW...Defining Portals, Splitting Demand as a VRD Technique, Reconciling Portals and Market Position, Scorecard Gearbox (to be discussed), Componentization and Early Phase Projects, Full Scope Delivery of Agile Projects, Associating Tasks and Task Analytics, Later PLAN Market Impact, Matching and Stacking in the Domains, Signature Delivery and Confluent Design. Addendum shows Manufactuing Production, Scrum and Performance Statements
Glass Systems Branching and Partner Acclimations in Three Portal Arrangements. CONTENTSOVERVIEW...Defining Portals, Splitting Demand as a VRD Technique, Reconciling Portals and Market Position, Scorecard Gearbox (to be discussed), Componentization and Early Phase Projects, Full Scope Delivery of Agile Projects, Associating Tasks and Task Analytics, Later PLAN Market Impact, Matching and Stacking in the Domains, Signature Delivery and Confluent Design
Glass Systems Branching and Partner Acclimations in Three Portal Arrangements. CONTENTSOVERVIEW...Defining Portals, Splitting Demand as a VRD Technique, Reconciling Portals and Market Position, Scorecard Gearbox (to be discussed), Componentization and Early Phase Projects, Full Scope Delivery of Agile Projects, Associating Tasks and Task Analytics, Later PLAN Market Impact, Matching and Stacking in the Domains, Signature Delivery and Confluent Design. SEE COMMENTS: https://www.slideshare.net/slideshows/comments-on-simulations-partnerspdf/265805054
[Note: This is a partial preview. To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
Sustainability has become an increasingly critical topic as the world recognizes the need to protect our planet and its resources for future generations. Sustainability means meeting our current needs without compromising the ability of future generations to meet theirs. It involves long-term planning and consideration of the consequences of our actions. The goal is to create strategies that ensure the long-term viability of People, Planet, and Profit.
Leading companies such as Nike, Toyota, and Siemens are prioritizing sustainable innovation in their business models, setting an example for others to follow. In this Sustainability training presentation, you will learn key concepts, principles, and practices of sustainability applicable across industries. This training aims to create awareness and educate employees, senior executives, consultants, and other key stakeholders, including investors, policymakers, and supply chain partners, on the importance and implementation of sustainability.
LEARNING OBJECTIVES
1. Develop a comprehensive understanding of the fundamental principles and concepts that form the foundation of sustainability within corporate environments.
2. Explore the sustainability implementation model, focusing on effective measures and reporting strategies to track and communicate sustainability efforts.
3. Identify and define best practices and critical success factors essential for achieving sustainability goals within organizations.
CONTENTS
1. Introduction and Key Concepts of Sustainability
2. Principles and Practices of Sustainability
3. Measures and Reporting in Sustainability
4. Sustainability Implementation & Best Practices
To download the complete presentation, visit: https://www.oeconsulting.com.sg/training-presentations
RMD24 | Debunking the non-endemic revenue myth Marvin Vacquier Droop | First ...BBPMedia1
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Crossover Conveyance V3 Continuous Site Management
1. Crossover
Conveyance
THE KEY TO REMOTE CONSTRUCTION
MDIA
Contents
V1 Glass Path
V2 Threading the Needle
V3 Continuous Site Management
y = -56.90221x + 14,557,227,025,214.90000
R² = 0.06092
2. 2/7/2022
Brij Consulting, LLC, Jean Marshall
2
Hypothetical composition pointing
Glass Forms and Mix with Appliance
Components toward a remote portal site
Secant Driven
Process Formulation
Streaming
Warehouse
Secant
Projection
Remote Site
Map
Instance
Assimilation
Bridge
Correlation
Candle
Case Build
Position
Remote Build Schema
Working with a Concept Machine
2
Incumbent Load
3. Remoting a Conveyance Product
• The Entire Remote Conveyance of
Branching and Case Appliance Extension
is the subject of future papers
• IF we were to build a bridge remotely
every part of this process would be
necessary to simulate and produce the
entire bridge between its fenestrated
origins
2/7/2022 Brij Consulting, LLC, Jean Marshall
3
1455+
All kinds of
distance bearing
dilemmas are
contained in
remote building
Number Theory vs. Dimensional Theory
Production vs. Branching vs. Conveyance
From Branch: Sound and Image Construction
P
UV
Mix
Production
Watch
4. Branch Mobility and Conveyance
2/7/2022
Brij Consulting, LLC, Jean Marshall
4
1455+
P
Union Vectors = UV
Time and Motion is clock time
Generating beginning production
UV
P
G
W
Shown in Portal Prosperity
UVremdr.
Pre-Production Setup
Assets are justified to builds according to Product Load Equations
29.5-29.25= .025+.003 =.028 x 100 Theta = 2.8 Pre-Production
337.47 – 332.9 = 4.43 incremental ROI not achieved yet
As a brief look at conveyance
and branch mobility we extend
our production (P) to the gate
(G) and the wall (W) by
branching in other appliances
without additional case builds
by subscribing. No products
have been produced yet.
A
L
LLeveraged Outcomes =29.5
L
5. Streamline
Justification
The Streamline Justification is produced from
Portal Prosperity Analysis and enables
Justification of the Increase in Assets
2/7/2022
Brij Consulting, LLC, Jean Marshall
5
Based on Portal Prosperity Analysis
Gain Justification in Plan
Norm of 33.2 G+28.5 Load= 61.7 yield
Unit Price/Production Price = Yield
Pre-Production
A
The whole
technique for
branching will
cause us to
change the way
we report
Calculation not shown
6. Statistical-Graphical Relations
2/7/2022
Brij Consulting, LLC, Jean Marshall
6
P
Regression
Product
y = -56.90221x + 14,557,227,025,214.90000
R² = 0.06092
Wall Production
Regression
Product
Streamline Rate
Pre-Conversion
Post Rate
+.00002
Incumbent Load
Rate
2/2/22
-4.4 + 2.8 = -1.6 ROI
Relational Proof
7. Difference to equation due to branching
The refinement needed to branch is not available
through a graphing method, so a new approach is
required for conveyance mechanics; see next
2/7/2022
Brij Consulting, LLC, Jean Marshall
7
Difference
to the
equation
shown on
graph to
figures is
branch
Branch Related
Crossover Method Replaced
-4.4 + 2.8 = -1.6 ROI
8. How Does Convergence work?
• Convergence is so named because all things converge upon the same
delivery/work site at once
• It is necessary to unpack the requirement in a potentially useful order
and to arrange instances in order to accommodate the build
• A redounding order of converging conditions causes a build method
to emerge that suits the problems of the order itself
2/7/2022
Brij Consulting, LLC, Jean Marshall
8
x
Convergence:
1. Unpack
Requirements
2. Map build
3. Arrange
Instances
4. Develop
Method
5. Simulate and
Bridge
Convergence Methods
Appliance Branching
Staging
• Appliances
• Instances
Pre-Production Setup
Build Methods
Portal Application
9. What Appliances Do we Need?
• Prior to mobilizing the conveyance, we need to branch in the appliance
requirements for the job
• Conveyances can act like a platform for all types of equipment, and they can
open from a product media mode to dimensional process level and be deployed
to the work site
• Staging the job in pre-production includes requesting appliance delivery
2/7/2022
Brij Consulting, LLC, Jean Marshall
9 Pre-Production Setup
Glass Machines operate more
like software and opens
virtually to build according
to the Warehouse Convention
Established
List to follow in future paper
10. Instances
Supply for
Variable Rate
Demand
• Multiple assemblies are
managed simultaneously (1)
• Coinciding build requirements
are managed separately and
married (4,5)
• The Before and After scenarios
are studied in simulation and
configured together (2,3)
•
Brij Consulting, LLC, Jean Marshall 2/7/2022 10
Flash Metric shows Stage level of Completion
From Portal Prosperity
11. Glass Path
Define
Requirements
Set Production Goals
Appliance
Requirements
Instance
Arrangements
Convergence Timeline
2/7/2022
Brij Consulting, LLC, Jean Marshall
11
Storyboard
Media
Warehouse
Convey
Sample
Portal Req.
Workforce
Partners
Slide 17
12. Shown next…
2/7/2022
Brij Consulting, LLC, Jean Marshall
12 Contents
V1 Glass Path… concept delivered
V2 Threading the Needle… next
V3 Continuous Site Management…next next
Blocks
The Advancing
Footprint carries the
case load to the site
The mu sic of the
process is an Oration
The candle flickers in
abbreviated story
mode
Noel [1805–15; < French: Christmas < Latin nātālis]
In your days, have you commanded the morning
or assigned the dawn its place,
13that it might spread to the ends of the earth
and shake the wicked out of it?
14The earth takes shape like clay under a seal;
its hills stand out like the folds of a garment.
15Light is withheld from the wicked,
and their upraised arm is broken. Job 38
Religion has imposed Faith as a
substitute for the Science we did not
know, and even the science we do
The Citadel of Zion
The Tapestry of Light imposes
formidable works
Builds
13. V2 Threading the Needle
Brij Consulting, LLC, Jean Marshall 2/7/2022
13
• There are a number of appliances and
theories of building which we have
not given much attention to, and
necessary to the outcome of the portal
development.
• The Ark and the Lamb are related in
the Morning Star as the Light can be
threaded and seeded with various
propensities. This method uses Glass
Mix and Form differently than we
have considered but necessary to the
dialogue, and specifically threading
of instances.
Mix
Production
Watch
14. Thread Pattern and Tree Test Similar
Brij Consulting, LLC, Jean Marshall 2/7/2022
14
• Within the digital plait work we
sponsored a tree test which
organized patterns for testing
material response.
• Within this ark threading
model, the tree test is related to
the product tree itself
sponsoring glass response to
test, simulation and production
Produced in digital: Functional Glass along with Goodness of Fit Test
15. Candle Requirements (Builds)
• The New Build
Method is a further
refinement of the
methods which
preceded this.
• Its ability to change an
outcome based on
Light Secant Sound
and Motion projection
is greatly enhanced.
2/7/2022
Brij Consulting, LLC, Jean Marshall
15
Portal Application Appliance Branching Convergence Methods Build Methods
Number Encryptions Order Lumen
NEO Lumen = Candle Requirements
NEO-
Lumen
Number (Documents)
Encryptions (Paths)
Order (Orations)
Lumen (Methods)
16. The Light that changes the Times
2/7/2022
Brij Consulting, LLC, Jean Marshall
16
17. The Science that
Changes the Light
Brij Consulting, LLC, Jean Marshall
17
• The Science of the Morning Star is
dedicated to finding the perfect
engineering of Light and Crystal to
serve in the Ark of Our Father, who
made Heaven and Earth.
• The New Heaven and Earth, the New
Creation is lifted from the Biblical Page
and becomes the Kingdom that will
come
• All three types of confection are related:
Glass (Light and Crystal), Soul and
Sacrament in the New Creation
2/7/2022
Confection
The Sea of Glass and the
New Creation = Lamb
18. Green Solution
• A Green Energy Solution is present in the Light specified
Plait of Glass used cogently to sponsor green energy cells
for gaining acceleration of conveyances such as glass cars
and other conveyances which may operate either in a flat
or a dimensional mode to perform tasks, carriage or
prosper engineering requirements for Lift, Insertion, Force
or Torque, otherwise known as LIFT.
• The Advancing Footprint of the Conveyance is based on a
Green Solution for LIFE and sustainable carriage.
2/7/2022
Brij Consulting, LLC, Jean Marshall
18
19. V3 Site Maintenance
• The maintenance of the portal site arrangement until completion of the work
• The continuous upgrade and maintenance of the site afterwards
2/7/2022
Brij Consulting, LLC, Jean Marshall
19
Configured
I. pipes
II. frame
III. pillar
IV. bars and gates
y = -56.9022x + 14,557,227,025,214.9000
R² = 0.0609
20. Relational or Relative Address?
• Can we set E = mc^2 and derive a good answer? Actually, not without relational
facts derived from a set order point.
• If E = 11092.30, m = 8.49, then c must be? 29.903
2/7/2022
Brij Consulting, LLC, Jean Marshall
20
Our Lady of Notre Dame says you
can not rewrite the laws of the
universe by arbitrary points of
reference and deferring credible
scientific discovery for a pseudo and
unproven commodity.
Is that what we are doing? Technically we
would be if God were not leading us to
comprehend the Mystical Dialogue
behind His Science and His desire to give
people more effective works
Testing
is Key
I. Pipe
21. II. FRAME
Fifth Sunday in Ordinary Time
Lectionary: 75
Reading I
Is 6:1-2a, 3-8
In the year King Uzziah died,
I saw the Lord seated on a high and lofty throne,
with the train of his garment filling the temple.
Seraphim were stationed above.
They cried one to the other,
“Holy, holy, holy is the LORD of hosts!
All the earth is filled with his glory!”
At the sound of that cry, the frame of the door shook
and the house was filled with smoke.
2/7/2022
Brij Consulting, LLC, Jean Marshall
21
Sunday, Feb. 6th
T&M + Scale Thread Value
New Frame
Incremental Cost
The New Frame has 10 Branching
Appliances leased from vendor
partners; The Frame is leased from the
Glass System itself, GGIA sponsored.
=
Deducted 1000 u’s in
configuring investment change
1
22. III. Pillar
2/7/2022
Brij Consulting, LLC, Jean Marshall
22
y = 545,336,653,935.87400x + 2,441,921,916,321.34000
R² = 0.02275
y = 603,905,979,074.50200x + 2,605,960,500,004.93000
R² = 0.02334
-2000000000000000.00%
0.00%
2000000000000000.00%
4000000000000000.00%
6000000000000000.00%
8000000000000000.00%
10000000000000000.00%
0 5 10 15 20 25
Convergence and Streamline correspondence
Pre-Production Theoretical Remote (P(n^) Theoretical P-1 Inhouse
Theoretical P (n )Inhouse P(m) Interim Re-Model
Streamline Convergence Linear (Streamline)
Linear (Convergence)
Since we simulated these various
builds, we can learn to branch in
appliances (future paper.)
23. IV. Bars and Gates
• Using various graphical
arrangements for columns and
beams and both hindering and
creating trajectory is a nuance of
the ark build theory.
• By branching the various
scenarios, it is possible then to
create the MOMENT associated
with the process theory.
• Stopping and starting, locking and
unlocking, many different aspects
are contained in bars and gates.
2/7/2022
Brij Consulting, LLC, Jean Marshall
23
Convergence and Streamline
correspondence
Theoretical Remote (P(n^) Theoretical P-1 Inhouse
Theoretical P (n )Inhouse P(m) Interim
Re-Model Streamline
Convergence Linear (Convergence)
24. Apportioning the Convergence
• By determining the intercept of
the Convergent Production, we
were able to determine the
production price and the number
of appliances branched in. Since
Magi & Marcus do not own these
appliances, they owe a share price
back to the partnering vendors.
• The IP related to the service of the
branches they will configure and
own, FMV/1000
2/7/2022
Brij Consulting, LLC, Jean Marshall
24 #Appliances
2
2
Interim Price Change
705/687 = 1.03 + 4.06 = 5.09
2
IP
C T
#=10
25. New Walk
Brij Consulting, LLC, Jean Marshall
25
• The New Walk is added to the pre-
conditioned walk of the simulated
productions and is streamlined and
converged supplying a perfect branch
correlation.
2/7/2022
49
509
247
1
2
3
7WS-C
Interim Price Change + Transition
705/687 = 1.03 + 4.06 = 5.09 = Interior Margin
2
IP
C T
26. Key Conversion
2/7/2022
Brij Consulting, LLC, Jean Marshall
26
No duplicates
3
1
Interim Price Change + Transition
705/687 = 1.03 + 4.06 = 5.09 = Interior Margin
2
T
T
IP
C
T
27. What happens next?
• Once the build is completely assembled with its appliances and streaming
service, it is worked by its various remote partners (process stakeholders) with
an eye to instances and moments which can converge on time to the project.
• This ballet is choreographed to Mu Sic that takes time and talent to learn.
• The Glass that forms in the Portal Site build concept overall has a pattern to its
maintenance and its upgrade. This and all other topics lend time and attention
to future papers, simulation arrangements and workshops.
2/7/2022
Brij Consulting, LLC, Jean Marshall
27 Coming
up…
28. How is it Encrypted?
• Encryption Keys and Step-thru of
calculations can be accomplished
through a fingerprint designed for
the specific process by changing the
foot and looking for a specific
interior metric along the curve that
fits the pattern. Keys must not be
duplicated in a process warehouse.
There may be certain exceptions to
this, however.
2/7/2022
Brij Consulting, LLC, Jean Marshall
28
y = 0.01001x2 - 579,513,237,010.81800x +
2,690,703,128,754.96000
R² = 0.37679
0.00E+00
5.00E+11
1.00E+12
1.50E+12
2.00E+12
2.50E+12
3.00E+12
0 1 2 3 4 5
7WW Walk
P(n)
P1
remote P(n)^
Pre production
Re-Model
Interim P(m)
Poly. (remote P(n)^)
This is the beginning of the task of writing Mu Sic
Note: We used the Read Method
to Manually Step-thru Process
And made keys for temporary use
Our Permanent keys were gathered from
process statements as is blue arrow for 7WWrite (Slide 21)
If necessary, a random
key method can be
used to cover the key
relational process. In
glass because of the
layers and menu
arrangement, it’s not
normally necessary
From Portal Prosperity
No duplicates
47
507
245
29. BRIJ CONSULTING, LLC, JEAN MARSHALL 29
Extending the Branch
105.71-100= 5.7
-105.71+150=45.2
4
3
2
1
2
4
50.9 = Interior Margin
2 4
+1000 = Mega Margin
2/7/2022
+10509
The beginning of
live instances is
mobile
conveyance and
remote
branching
As shown in Branch:
Sound and Image Construction
30. 2/7/2022 BRIJ CONSULTING, LLC, JEAN MARSHALL
30
IP Growth
IP Growth is related
to the capability of the
glass machine itself
31. Remote 2/7/2022
Brij Consulting, LLC, Jean Marshall
https://www.slideshare.net/Marshallja/presentations
See next slides for list of the preceding Ark and Digital Plait content
1. Portal Prosperity: An overview of Glass Theory and Ark Design develops property
reconcilement for Conveyance
2. Crossover Conveyance: Beginning with Remote Signature, threading the
advancing fingerprint with a glass path and integral site management, moving into
SIMULATIONS in Real Time
New Schema
This Paper Click to Open Click to Open Click to Open
Ark Mode
Look for this NEXT>>>
32. Ark Model Brij Consulting, LLC, Jean Marshall
V3 and V4
holds all
contents
1. Portfolio Wheels: Study of Secants and Wheels in the Dynamic requirement for Media
to write and produce in Ark Science and Dimensional Systems, Introduction of the
Story “Eru finds a Golden Pen.”
2. Ark Media: The Dialogue of the Story and the Construction of Storyboards, Mix and
Remix specifications, beginning crosswalk and encryptions
3. Builds and Simulations: Discuss Matrix Trees, Migratory Patterns and the use of
Secants to Build tooling
4. The Corner of Mu Sic: an update of our Digital Paper on Mu Sic to include Ark
encryptions and design considerations
5. The Glass House: Magi and Marcus Engineering plans to invest in a Plait Glass facility
for building and research in remote Ark Science. Start of Tooling and Secant Design
for the Construction Industry
6. The Remote Build: Planning a Theoretical Production for untried Architecture
7. Glass Mix Z-Form: Production Walk-Thru Glass Mix and Forms, leads into the Write
Process
8. Bridging the Instance: Now operating multiple instances must bridge the operations,
learn about deciduous models and deliberate the outcome of operations for the 2022
Plan of Magi and Marcus
9. Architectural Builds and Designs: Looking into Delivery Mechanics and the Products
themselves
10. Pipes and Plaits in Ark Mode Design: How the Plait Pipe System assists with Land
Products. See Number Theory
11. Continuous Modeling: Moving away from the Contiguous Model to a strategy of
seamless integration of methods and modes of operation. See Number Theory.
12. The Glass Warehouse: From Start to Finish the streamlined operations of the Marcus
and Magi Engineering remote architectural process
13. Branch- Sound and Image Construction: Characterizing the branch capability of new
applications, appliances and mode[ls] of operations
https://www.slideshare.net/Marshallja/presentations
See next slide for list of the preceding Digital Plait content
Remote
Access
Streamlined
Rates
33. Brij Consulting, LLC, Jean Marshall
33
1. Ark in Glass: Changing the Schema for Ark Mode crossover, beginning study of Secants
and Wheels for the “cube-ified glass” engineering of Imaging, sound and motion
characteristics.
2. The New Stone: Simulations and Re-instancing to package, confect and view glass media
3. Dimensional Building: Dimensional Arrays, Z strength, Product Media, Interdimensional
Matrices.
4. The Dynamic Instance: Product Media Discussed
5. The Glass Build: Base Build and Modules Assembled, considering impact of dimensional
systems
6. Glass in the Making: Costing and Loading, Assembly and Assimilation, IP Defined, Logos
7. Art of the Science: What can be made? Assimilation discussed, look at basic product
ideas
8. Digital Glass Production: Pipe Transit and RIK Declare, Batch Appliance (Dialogue paper)
9. Imposition of Value Engineering: Establishing and Justifying the Load for Pipe Transit
10. The Digital Plait Position: Engineering Design of the Load and Thruput
11. ^Mu Sic in the Advancing Age: Use of Fingerprint and Encryption for Operational Loads
12. Engineering Objects: The Purpose of this Paper is to Consider the means to raise up a
Digital Portal Production System using appliances gained through Plait Object and Gate
driven configurations that work with Digital Mechanics. Six-Layer Glass and Appliances
13. Instancing at the Gate: Use of Gates and Instances, bridging of the engineering process
14. Interpolative Scope: Use of a Demand and Production Scope for building and delivery of
product, learning to specify material, looking for union of Vector
15. Functional Glass: Fitness for Function and Moral Intelligence, Bayesian Analysis
16. The Glass Wall: This is a very difficult staging of advanced engineering to depict …Motivated
by sound it creates a means by sound to cascade light for safe and wireless power
17. The Glass Wave: Learning to Plait Gates, Reconcile Metrics to Scorecard, and load value of Scrum
18. Scrum Costing w/notes (Book It Daniel): establishing scrum standards (Dialogue paper)
19. Gate Plait Green (Mark It Mark): first scalable plait arrangement overcomes bottleneck
(Dialogue paper)
20. Scorecard Integration (Map It Ralph): A review of mappings to date, marking old vs. new
(Dialogue paper)
^Mu Sic, see The Corner of Mu Sic
To Change
Digital Plait Papers with Content
Description (Reverse Order)
34. What is Required
2/7/2022
Brij Consulting, LLC, Jean Marshall 34
• Architectural Plans, Digital Glass Model
• The Glass Modeling System, Ark Mode
• 3- Dimensional Media Model
• Storyboards to describe…
• Process Plan
• Integral Materials
• Organization of Instances of
Building (Preludes)
• Secant Construction and Engineering
• Building Organization for Ark Mode
Methods, Tools and Utilities
The Design of the
whole process will
be an extended
period of listening
about this subject.
But we will spend
our time in our next
paper organizing
Secant Processes
Monks of Norcia - Donations - EN - Monastero di San Benedetto in Monte (nursia.org)