Multi-dimensional Graphical Modeling Research Articles

A Multidimensional Graphical Representation of Poverty: The Octahedron of Poverty

This research paper presents a multidimensional graphical modeling to study the behavior of the poverty of any country from a multidimensional perspective. This multidimensional graphical modeling is called “the octahedron of poverty.” The octahedron of poverty is not intended to use a forecasting model in any case. However, its application is not limited to the study of a special group of countries. It is not constrained by issues about the region or countries that are interested in applying the octahedron of poverty. There are four basic phases in the implementation of octahedron of poverty. The first phase is the design of the data-input-table. The second phase is the measurement of each negative factors that can generate poverty (Xi) (or independent variables), which includes the calculation of the inflation growth rate (X1), the unemployment growth rate (X2), the economic desgrowth growth rate (X3) and the government budget deficit (X4). At the same time, the calculation of two dependent variables such as the poverty growth rate (Y1) and the inequality growth rate (Y2) respectively. The third phase is the construction of the octahedron of poverty. Finally, the octahedron of poverty was applied to five countries such as U.S., Japan, China, Chile, and Guatemala.

The Evaluation of Economic Database Sources Accessibility and Quality Through the Application of DEDAC-Model

This paper is interested to evaluate the accessibility and quality control of any economic database source for academic research through the uses of the Dynamic Economic Database Accessibility and Calibration Model (DEDAC-Model). The DEDAC-MODEL is an alternative economic research technique that focuses on searching the best and easy access to a large number of economic database and documents from different sources on the internet. The main objective of DEDAC-Model is the technical evaluation of trustworthy economic database and documents from different websites and search engines. Subsequently, the DEDAC-Model is able to monitor, evaluate, and classify a large number of economic database and documents to study and solve various economic problems. Finally, the DEDAC-Model evaluates a large number of economic database and documents accessible in different internet sources and search engines based on the use of artificial intelligence together with a real-time multi-dimensional graphical modeling approach.

An Alternative Economic Meta-database Evaluator: Googlekonomia

The Googlekonomia is an alternative economic research technique that focuses on searching the best and easy access to a large number of economic meta-database and documents from different sources on the internet. The main objective of Googlekonomia is the technical evaluation of trustworthy economic meta-database and documents from different websites and search engines. Subsequently, the Googlekonomia is able to monitor, evaluate, and classify a large number of economic meta-database and documents to study and solve various economic problems. Finally, the Googlekonomia evaluates a large number of economic meta-database and documents accessible in different internet sources and search engines based on the use of artificial intelligence together with a real-time multi-dimensional graphical modeling approach.

An Alternative Multidimensional Graphical Modeling for Sciences

This monograph presents the rationale of multidimensional coordinate systems as the most effective visual tool to understand the behavior of any natural phenomenon from a multidimensional perspective. The main motivation behind the creation of multidimensional coordinate systems is to propose an alternative type of graphical modeling and to develop new types of multidimensional graphs to facilitate the study of the sciences. In doing so, the mission of multidimensional coordinate systems is to offer scientists an alternative multidimensional graphical modeling approach for research and for the teaching-learning process centered upon the evolution of any natural phenomenon. Hence, the following new types of multi-dimensional coordinate systems are presented: the pyramid coordinate system (five axes and infinite axes); the diamond coordinate system (ten axes and infinite axes); the 4-dimensional coordinate system (vertical position and horizontal position); the 5-dimensional coordinate system (vertical position and horizontal position); the infinite-dimensional coordinate system (general approach and specific approach); the interlinkage coordinate system; the cube-wrap coordinate system; the mega-surface coordinate system. All these multi-dimensional coordinate systems can graphically represent 4 dimensions, 5 dimensions, 8 dimensions, 9 dimensions, and so on, up to an infinite number of dimensions.

The Mega Distributed Lag Model

This paper attempts to describe the graphical behavior of the distributed lag model in an infinite coordinate space. The “mega distributed lag model” (MDL) is a mathematical framework that can examine the simultaneous interrelationships between all involved variables. The multidimensional graphical setting simultaneously reveals all non-linear exposure — response dependencies and delayed effects between lagged and dependent variables — which two-dimensional figures overwhelmingly fail to capture. Under the Omnia Mobilis assumption, each distribution lag function is indexed with respect to time and space. The Mega distributed lag model observes multiple trends in full motion, the final output (determinant) of which is called “the JIM-coefficient”. Hence, this paper tries to analyze different approaches of lag distribution models that can help in the construction of our new model. The mega distributed lag model (MDL) is moving from the uses of the classic 2-dimensional and 3-dimensional graphical modeling to a multidimensional graphical modeling in Econometrics. Finally, this model is an extension of those explored earlier in the field of Econographicology.

An alternative graphical modeling for economics: Econographicology

The rationale of Econographicology revolves around the efficacy of multidimensional graphs as the most effective visual tool to understand any economic phenomenon from a multidimensional view. The main motivation behind the creation of Econographicology is to evaluate multidimensional graphs evolved so far in economics and to develop new type of multidimensional graphs to facilitate the study of economics, as well as finance and business. Thereby, the mission of Econographicology is to offer academics, researchers and policy maker’s an alternative multidimensional graphical modeling approach for the research and teaching–learning process of economics, finance and business from a multidimensional perspective. Hence, this alternative multidimensional graphical modeling approach is offer a set of multi-dimensional coordinate spaces to build different types of multidimensional graphs to study any economic phenomenon. The following new types of multi-dimensional coordinate spaces are presented: the 5-dimensional coordinate space (vertical position and horizontal position), the mega-dynamic disks coordinate space (vertical position and horizontal position), and the mega-disks networks mapping.

An Introduction to the Multidimensional Real Time Economic Modeling

This article proposes a new economic modeling theoretical framework that is entitled “the multidimensional real time economic modeling (MRTE-Modeling)”. The main objective of MRTE-Modeling is to facilitate the analysis of a serial of complex and dynamic economic problems that can affect the market behavior from a multidimensional perspective. Therefore, the MRTE-Modeling is based on the uses of an alternative mathematical modeling, multidimensional graphical modeling, and computer algorithm to generate the change from 2-dimensional economic dynamic modeling to economic multidimensional real time modeling respectively.

Econographication

The rationale of Econographication revolves around the efficacy of multidimensional graphs as the most effective visual tool to understand any economic phenomenon from a multidimensional view. The main motivation behind the creation of Econographication is to evaluate multidimensional graphs evolved so far in economics and to develop new type of multidimensional graphs to facilitate the study of economics, as well as finance and business. Thereby, the mission of Econographication is to offer academics, researchers and policy maker’s an alternative multidimensional graphical modeling approach to the research and teaching-learning process of economics, finance and business from a multidimensional perspective. Hence, this alternative multidimensional graphical modeling approach is offering a set of multidimensional coordinate spaces to build different types of multidimensional graphs to study any economic phenomenon. The following new types of multi-dimensional coordinate spaces are presented: the pyramid coordinate space (five axes and infinite axes); the diamond coordinate space(ten axes and infinite axes); the 4-dimensional coordinate space (vertical position and horizontal position); the 5-dimensional coordinate space (vertical position and horizontal position); the infinity-dimensional coordinate space (general approach and specific approach); the inter-linkage coordinate space; the cube-wrap coordinate space; the mega-surface coordinate space. All these multi-dimensional coordinate spaces mentioned previously, they are available to represent graphically 4-dimensions, 5-dimensions, 8-dimensions, 9-dimensions until infinity-dimensions.

A NEW MULTIDIMENSIONAL GRAPHICAL APPROACH FOR MATHEMATICS AND PHYSICS

This research proposes a serial of new mathematic and physics theoretical framework under a multidimensional focus. The main objective of this paper is to motivate scientists in various areas to use multidimensional coordinate spaces to complement the 2-Dimensional and 3-Dimensional coordinate systems. Additionally, this paper is divided into two large sections that is the mathematic and physics section respectively. Finally, these two sections will be sectioned into eight different elemental theoretical frameworks. The mathematic section is divided into five elemental theoretical frameworks: (i) the idea on zero and infinity in multidimensional coordinate systems; (ii) the megasfinity; (iii) multidimensional partial differentiation; (iv) possibility of plotting matrices on multidimensional coordinate systems; and (v) the global crisis smash graphic effect model (GCSGE-Model). The physics section is divided into three elemental theoretical frameworks: (i) the theory of empty spaces; (ii) the mega time-space continuum; (iii) the Megasverses. (Keywords: Multidimensional graphs, multidimensional graphical modeling, multidimensional coordinate spaces.)

Alternative Multidimensional Economic Theoretical Frameworks for Microeconomics and Macroeconomics

This paper introduces four different focuses for microeconomics and macroeconomics that are based on the uses of multidimensional graphical modeling and multidimensional mathematical modeling. The main objective of this paper is to present some classic economic theoretical approaches such as the games theory, the input-output table; indifference curves map; economic growth approaches from a multidimensional perspective. This is based on applied different multidimensional graphical modeling approaches that Econographicology offers to visualize and understand how complex and dynamic economic phenomena can be analyzed from a multidimensional perspective.

Application of the Economic DNA Composition Model (Eco-DNA) Applied on the Chinese Economy

The Economic DNA composition model (Eco-DNA) offers a group of new macroeconomic indicators according to the Economic Base (EB) and the General Economic Structures (GES’s). Additionally, the Eco-DNA includes a new multidimensional graphical modeling to observe the composition, size and evolution of the EB and GES. Additionally, the Eco-DNA is also interested in include the uses of the DNA helix structure and the infinity physical coordinate space. Finally, the case study to be applied the Economic DNA composition model is based on the Chinese economy evolution from 1978 until 2008.

What is Policy Modeling?

This paper attempts to give a general definition and classification about policy modeling. Additionally, this paper presents a new model for policy modeling that is called the policy vulnerability evaluation model (PVE-Model). The PVE-Model will offer a basic multi-dimensional mathematical and graphical modeling for economists and policy makers in the process of policy modeling.

The Visualization of the GDP from a Multi-Dimensional View

This paper proposes an alternative multidimensional graphical modeling approach to visualize and analyze a large number of variables that involve in the construction of the GDP. This multi-dimensional graphical modeling opens new opportunities for economists, academics and policy makers to visualize the GDP from a multi-dimensional perspective.

The Mega Distributed Lag Model

This paper attempts to describe the graphical behavior of the distributed lag model in an infinite coordinate space. The “mega distributed lag model” (MDL) is a mathematical framework that can examine the simultaneous interrelationships between all involved variables. The multidimensional graphical setting simultaneously reveals all non-linear exposure — response dependencies and delayed effects between lagged and dependent variables — which two-dimensional figures overwhelmingly fail to capture. Under the Omnia Mobilis assumption, each distribution lag function is indexed with respect to time and space. The Mega distributed lag model observes multiple trends in full motion, the final output (determinant) of which is called “the JIM-coefficient”. Hence, this paper tries to analyze different approaches of lag distribution models that can help in the construction of our new model. The mega distributed lag model (MDL) is moving from the uses of the classic 2-dimensional and 3-dimensional graphical modeling to a multidimensional graphical modeling in Econometrics. Finally, this model is an extension of those explored earlier in the field of Econographicology.

Is the Market in Equilibrium State or Real Time Imbalance State?

This paper is interested to find if the market behavior keeps an equilibrium state or real time imbalance state, then we can understand more deep the complexity and dynamicity of the market behavior from two different approaches. Our paper also tries to compare the difference between Ceteris Paribus assumption and Omnia Mobilis assumption in the study of the equilibrium. Finally, we like to present a multidimensional graphical modeling approach to show that the demand, supply and equilibrium always keeps in a real time imbalance state without the uses of Ceteris Paribus assumption.

The Economic Molecule Structure: Theoretical Framework

The economic molecule structure is an alternative multidimensional graphical and analytical tool to study the GDP behavior of any country. The construction of the economic molecule structure depends in the uses of multidimensional graphs and prototypes. We are considered that each variable into the GDP such as consumption, investment, government expending, exports and imports represent a specific sub-structure (SS) into the main structural (S) of the economic molecule structure. Hence, the idea to build the economic molecule structure is to observe the changes of each micro-structure (MS), sub-structure (SS) and the main structure (S). Moreover, we suggest that into the main structure (S), sub-structures (SS) and micro-structures (MS) the application of real time multidimensional graphical modeling, it is to observe on live the permanent changes of each micro-structure, sub-structure and the main structure into the economic molecule structure

Introduction to the Mega-Surface Coordinate System

The purpose of this paper is to suggest the uses of an alternative Multi-dimensional (MD) coordinate system. It is called 'The Mega-Surface Coordinate System'. The main objective to build the Mega-Surface coordinate system is to visualize a large number of exogenous variable(s) display in different axes into the same coordinate system. The same paper also proposes that the endogenous variable cannot be considered such as a single variable. Hence, the endogenous variable concept in the case of multi-dimensional graphical modeling is totally different from the 2-Dimensional graphical modeling, because the endogenous variable is represented by a large and single multi-dimensional surface.

An Alternative Graphical Modeling Approach for Economic Modeling: Multi-Dimensional Graphical Modeling

The purpose of this paper is to suggest the uses of a multi-dimensional graphical modeling for economic modeling. The main idea is to visualize graphically all possible changes of different variables that any economic modeling experience into the same graphical space.

The Graphical Visualization of GDP from a Multi-Dimensional Perspective

This paper is willing to propose an alternative graphical modeling to visualize and analyze the GDP behavior from a multi-dimensional perspective. Firstly, we suggest the application of multi-dimensional graphical modeling and the graphical modeling in real time together. Both applications are complementary to study the complex relationship of all variables involve in the construction of GDP in the same graphical space.

Rethinking an Alternative Graphical Modeling for Economics: An Economic Note

This paper proposes the uses of a multi-dimensional graphical modeling as a complementary graphical modeling for economics. The main objective of this paper is to offer policy makers, academics and economists a new graphical modeling to visualize complex and dynamic economic phenomena behavior into the same graphical space and time. However, we suggest the application of Econographicology.