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.
Pipes and Plaits in Ark Mode Design V2 and V3 Glass Warehouse and TitleBrij Consulting, LLC
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. In V4 we will study pipe mechanics more in depth
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
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.
Pipes and Plaits in Ark Mode Design V4 Pipe Stream MechanicsBrij Consulting, LLC
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. In V4 we will study pipe mechanics more in depth
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. Now we examine the Economic Change as we position the product in the market by determining what engineering requirements are first and develop a Theoretical Production to develop pricing and costing of the project. We begin to study the constraints of Remote Building with Media Modeling using Pipes and Conduits and to define the Parametric Test for bounds of the Model we constructed.
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
Pipes and Plaits in Ark Mode Design V2 and V3 Glass Warehouse and TitleBrij Consulting, LLC
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. In V4 we will study pipe mechanics more in depth
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
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.
Pipes and Plaits in Ark Mode Design V4 Pipe Stream MechanicsBrij Consulting, LLC
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. In V4 we will study pipe mechanics more in depth
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. Now we examine the Economic Change as we position the product in the market by determining what engineering requirements are first and develop a Theoretical Production to develop pricing and costing of the project. We begin to study the constraints of Remote Building with Media Modeling using Pipes and Conduits and to define the Parametric Test for bounds of the Model we constructed.
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
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.
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.
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 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
We begin with evaluation of the Glass Build as an Engineering Process of Synthesis in Architectural Design in ARK Mode. Now we examine the Economic Change as we position the product in the market by determining what engineering requirements are first and develop a Theoretical Production to develop pricing and costing of the project. We begin to study the constraints of Remote Building with Media Modeling using Pipes and Conduits and to define the Parametric Test for bounds of the Model we constructed.
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.
Branch Sound and Image Construction Summary version v1,v2,v3Brij Consulting, LLC
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
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
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
We begin with evaluation of the Glass Build as an Engineering Process of Synthesis in Architectural Design in ARK Mode. Now we examine the Economic Change as we position the product in the market by determining what engineering requirements are first and develop a Theoretical Production to develop pricing and costing of the project. We begin to study the constraints of Remote Building with Media Modeling
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.
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)
We have developed a costed and layered Product Timeline and Planning Cube however we still need more work to uncover significant events and hidden facts mined in this paper. In V1 we are still building on those metric layers, and in V2 we are looking for significant events that deploy hidden margins and markers. In V3 we become conscious of events which are not contiguous and which we should ignore.
At the Summary level we should attempt to answer developmental questions and to cost significant events within integral layers.
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.
Comments on Calendar Cartography
Creation of the Calendar and Production Portfolio has enabled the outline of the 50-year path to begin to acquire some tasking and a more developed schema for the development of glass products and infrastructure. We will produce a more formal Fair Market Statement of the Forward Looking All Glass Production and discuss virtual integrity of agile services and related intellectual property.
Consider the TIMING of GLASS ATTRIBUTION and PRODUCTION PORTFOLIO on the 50-Year GLASS PATH also requires a learning process to corroborate task related Kanban and Scrum developer associations. A change in Nomenclature was Appended to the Document
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.
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
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
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.
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
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.
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.
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 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
We begin with evaluation of the Glass Build as an Engineering Process of Synthesis in Architectural Design in ARK Mode. Now we examine the Economic Change as we position the product in the market by determining what engineering requirements are first and develop a Theoretical Production to develop pricing and costing of the project. We begin to study the constraints of Remote Building with Media Modeling using Pipes and Conduits and to define the Parametric Test for bounds of the Model we constructed.
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.
Branch Sound and Image Construction Summary version v1,v2,v3Brij Consulting, LLC
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
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
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
We begin with evaluation of the Glass Build as an Engineering Process of Synthesis in Architectural Design in ARK Mode. Now we examine the Economic Change as we position the product in the market by determining what engineering requirements are first and develop a Theoretical Production to develop pricing and costing of the project. We begin to study the constraints of Remote Building with Media Modeling
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.
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)
We have developed a costed and layered Product Timeline and Planning Cube however we still need more work to uncover significant events and hidden facts mined in this paper. In V1 we are still building on those metric layers, and in V2 we are looking for significant events that deploy hidden margins and markers. In V3 we become conscious of events which are not contiguous and which we should ignore.
At the Summary level we should attempt to answer developmental questions and to cost significant events within integral layers.
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.
Comments on Calendar Cartography
Creation of the Calendar and Production Portfolio has enabled the outline of the 50-year path to begin to acquire some tasking and a more developed schema for the development of glass products and infrastructure. We will produce a more formal Fair Market Statement of the Forward Looking All Glass Production and discuss virtual integrity of agile services and related intellectual property.
Consider the TIMING of GLASS ATTRIBUTION and PRODUCTION PORTFOLIO on the 50-Year GLASS PATH also requires a learning process to corroborate task related Kanban and Scrum developer associations. A change in Nomenclature was Appended to the Document
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.
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
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
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.
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
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.
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
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.
Scorecard Integration V2 Entry to Gate and Scale to ManifoldBrij Consulting, LLC
The Balanced Scorecard for Green Engineering in Digital Design is emulated as begin to MAP Digital Portal Requirements in relation to Digital to Ark Mappings we have already emulated. We approach the Gates in a tentative engineering position to look at what kind of requirements we should be aware of Financially. Our First Foil is explained in Detail and a Detailed Enterprise Map is presented. Difficulty presented in acquiring enough production conversion, will produce new Green Plait Scorecard ppt next.
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)
The Balanced Scorecard for Green Engineering in Digital Design is emulated as begin to MAP Digital Portal Requirements in relation to Digital to Ark Mappings we have already emulated. We approach the Gates in a tentative engineering position to look at what kind of requirements we should be aware of Financially. Our First Foil is explained in Detail and a Detailed Enterprise Map is presented. Difficulty presented in acquiring enough production conversion, will produce new Green Plait Scorecard ppt next. We have received the first tacit GGIA Certification of our work
We have developed a costed and layered Product Timeline and Planning Cube however we still need more work to uncover significant events and hidden facts mined in this paper. In V1 we are still building on those metric layers, and in V2 we are looking for significant events that deploy hidden margins and markers. In V3 we become conscious of events which are not contiguous and which we should ignore, but since they play into the next timeline of products we need to consider.
At the Summary level we should attempt to answer developmental questions and to cost significant events within integral layers.
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
Similar to Pipes and Plaits in Ark Mode Design V1 Pi, Pi(m), Pi(n) with Comments (20)
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 provides more details about the impact of Bako Lam on the glass industry. https://www.slideshare.net/slideshow/comments-on-making-the-retrofit-parts-i-ii-pdf/269607156
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 provides more details about the impact of Bako Lam on the glass industry
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.
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
FIA officials brutally tortured innocent and snatched 200 Bitcoins of worth 4...jamalseoexpert1978
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Pipes and Plaits in Ark Mode Design V1 Pi, Pi(m), Pi(n) with Comments
1. Pipes and Plaits
In Ark Mode Design
Contents
V1 Pi, Pi(m), Pi(n), Physicality of Glass in Ark
V2 Glass Product Warehouse
V3 Deeds, Title and Records
V1 Pi, Pi(m), Pi(n)
MDIA
2. V1 Pi, Pi(m), Pi(n)
The Physicality of Glass in Ark
11/17/2021 Brij Consulting, LLC, Jean A. Marshall 2
Where does the time go? It streams on
softly by, like the current of a river,
without rowing it doth fly. We look at
life through a glass and see it for what
it’s not. And nothing we shall take
from it unless we are always taught.
…God confects the Soul
3. The Pipe and Plait of
Remote Application
• To begin a study of the Pipe and the Plait of
Remote Application we need to look carefully at
the Land Products because they must be put into
the ground and by nature need to be applied
through a glass medium, for more reliable results.
• Thus, they can be inserted in their product media
format and using the Z process and densification
application we can plait and form a solid or
aggregated ground condition.
• The remote application requires us to store their
position in a warehouse menu of finished goods
delivered to customer assembly and retain the
means to find and to reassimilate the product.
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4. New Glass Mix for Land Products
Land Product
Assembly
Glass mix-Utility-Marker
Sec-Tooling
7W-Manifold-1W
Glass Forms
7W device
We will specify a
new glass mix for
Land products
The Glass forms
acquire their shape
from drawings/models
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5. 11/17/2021
Brij Consulting, LLC, Jean A. Marshall 5
17643
17643
OT
80%
New Product
Assembly
Predicating a New Load 5322+5334=10656-10351=305
Value Added 1 plus Value added 2
6. Intercepting the Load
• Common Significance helps to intercept
the Load in each pipe-plait delivery
• From beginning to
end the project
holds its metric
persuasion, thru
to its payback=
332
P(n)^
11/17/2021 Brij Consulting, LLC, Jean A. Marshall
6
7. Justifying the New Product Mix
y
y
Metric Storage
and Relationships
y yi
11/17/2021 Brij Consulting, LLC, Jean A. Marshall
7
u
8. Pipe of the Product
• The Delivery and Application of Land Products
as a Media requires an arrangement conducive
to the landscape or building site and can be
arranged in depts of field or in strata, plait and
anchored with various tools.
• It is important to inventory the finished
arrangement and continually scan the product
to look for shifting or imbalance. This will add
to its highly rated utility once it is densified
with its appropriate z formation and balanced.
-3.00E+13
-2.00E+13
-1.00E+13
0.00E+00
1.00E+13
2.00E+13
3.00E+13
PM DATA @PIPE
RATE
PN DATA @PIPE
RATE
Statistical Sum @
Pipe Rate
Ave Statistical Sum
w/o Pipe Rate
Land Cart
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5192 x 2 = 10384 -10352.4 = 31.6
Pi
Mix end
u
Transmutative
Build @Gate
Serialized String
9. How does
Number
Theory Help?
Solving a practical purchase problem
We would say that Machine 2
will supply an increase in
productivity of ~9.5% over the
original model.
The increase in yield contributed to a
burden pickup to the tool and its machine
host, supplying a marginal gain in increased
economic scale (map) In this problem the thruput was not supplied by the vendor, and so we used number
theory to supplement our conclusion. The c.f. or Confidence level of 98.5% is met in
Scale. The General Specified Product is based on the map and its predicated economy
Pushback
increase
Based on Actual Machine Comparison
Conversion
increase
Dry Goods
11/17/2021 Brij Consulting, LLC, Jean A. Marshall
9
10. Different types of
Conversion
• Pi creates conversion in two ways:
• In the build (B)
• At the gate on the clock end (G)
10 11/17/2021
Brij Consulting, LLC, Jean A. Marshall
• There are other types of conversions: I= Interpolative
• Analog to Digital
• Mathematical relations
• Number Theory dialogue
• Sound/Image/Motion mechanics
• Transmutative (not considered conversion because it changes form/format)
• Transitive Properties
• Analog to Digital conversion supplies a Transitive Property to the Object
• Transition changes placement
• Transmutation assists format to change FORM
• Conversion along a curve is the means to Transformation and Branching
• Transmutative properties hold characteristics helpful in secant engineering MU
interpolation, in
mathematics,
the determination or
estimation of the
value of f(x), or a
function of x, from
certain known values
of the function, i.e.,
justified ~approx.
productivity (build)
(See Slide 9)
(See Slide 8)
Multiplying by
2 recognizes
Binary
Symmetry
Dividing or
multiplying by
3 notices its
triangulation
Example 2
Example 2
Example 1
11. V2 Glass Product Warehouse
• Developing the Load for Delivery and Fulfillment of the Order
• Developing a complex Matrix for tracking and upgrading elemental
traceability to constructed properties
• Flash capability for % of Order Completion
V3 Deeds, Titles and Records
How does Title pass and records reflect changes in land?
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12. Patron of Scientists and Philosophers
Saint Albert the Great’s Story
Albert the Great was a 13th-century German Dominican who decisively
influenced the Church’s stance toward Aristotelian philosophy brought to
Europe by the spread of Islam.
Students of philosophy know him as the master of Thomas Aquinas.
Albert’s attempt to understand Aristotle’s writings established the
climate in which Thomas Aquinas developed his synthesis of Greek
wisdom and Christian theology. But Albert deserves recognition on his
own merits as a curious, honest, and diligent scholar.
He was the eldest son of a powerful and wealthy German lord of military
rank. He was educated in the liberal arts. Despite fierce family opposition,
he entered the Dominican novitiate.
His boundless interests prompted him to write a compendium of all
knowledge: natural science, logic, rhetoric, mathematics, astronomy,
ethics, economics, politics, and metaphysics. His explanation of learning
took 20 years to complete. “Our intention,” he said, “is to make all the
aforesaid parts of knowledge intelligible to the Latins.”
He achieved his goal while serving as an educator at Paris and Cologne, as
Dominican provincial, and even as bishop of Regensburg for a short time.
He defended the mendicant orders and preached the Crusade in
Germany and Bohemia.
Albert, a Doctor of the Church, is the patron of scientists and
philosophers.
Albertus Magnus
Philosopher
Albertus Magnus OP, also known as
Saint Albert the Great or Albert of
Cologne, was a German Catholic
Dominican friar, philosopher,
scientist, and bishop.
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13. 11/17/2021 Brij Consulting, LLC, Jean A. Marshall 13
Revelation 15:2 says, “I saw what appeared to be a sea of glass mingled with fire,” [upon which the Victors stood]
14. Number Theory Map: Double Digit
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We are still working on our
map…
200 curve
300 cycle
400 transform
500 truck/manage
600 pipe/plait
700 econometric
800 branching stage
900 gate
The use of significant digits is
the signature of engineering
design requiring a Universal
Map
Number forms work in
combination
18+d=Rho
X2 = cycle
36+d, i.e., 365
20+d= curve
X2 =
40+d
Transition,
i.e., 408
15. What is Required
15
• 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)
11/17/2021 Brij Consulting, LLC, Jean A. Marshall
16. Our papers
16
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. Plait Pipe System: How the Plait Pipe System assists with Land Products
https://www.slideshare.net/Marshallja/presentations
See next slide for list of the preceding Digital Plait content
11/17/2021 Brij Consulting, LLC, Jean A. Marshall
Number Theory
17. 17
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)
11/17/2021
Brij Consulting, LLC, Jean A. Marshall