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Written by Florin Colceag
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Monday, 15 February 2010 |
The need for a coherent crisis exit model based on sustainable development renders necessary the organizational cybernetic models for completion of classic econometric models measuring the flows without considering the reporting of structural type. The following model of governance through stakeholder co-participation and assignment of responsibilities on competence networks preserves the pyramidal system of state and supplements with professional networks, having specific actions and expertise and being able to collaborate through IT means. The model’s coherence is given by the directions of the vectors which follow an uninterrupted or non-conflicting flow, thus the contradictions between programmes being certainly eliminated. On the other hand, the sustainability of the assembly is given by the structure which is fundamentally a triangulated category where any commutative diagram is generated by three cycles, and each cycle is generated by three commutative diagrams, consequently composing a self-sustainable assembly.
The final theoretic model is a triangulated category of dissipative systems in a homology relationship with each other, constituting a balanced vector and fractal structures developing mirror symmetry.
Download full whitepaper in english.
Download full whitepaper in romanian. |
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Modelul de sustenabilitate, abordarea fractala |
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Written by Florin Colceag
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Monday, 14 March 2011 |
Desi omenirea a evoluat foarte mult din punct de vedere stiintific si tehnologic, modelele de organizare sociala au ramas practice stabile de-a lungul istoriei, reiterandu-se modelul neolitic initial prin reiterarea algoritmilor primari.
Acest fapt este demonstrat prin aplicatiile modelului de tara de mai jos.
Modelul neolitic a aparut din urmatoarele cauze :
-nevoia de diferentiere a activitatilor pe principiul creerii de complementaritati ce pot asigura un permanent feedback. Aceasta a generat cele doua triunghiuri principale, unul intentional reprezentat printr-o diagrama comutativa din triunghiul puterii, altul oportunist reprezentat printr-un ciclu din triunghiul societatii civile.
-nevoia de cooperare in grup prin protocoale bine definite. Aceasta nevoie a generat programele ce pot fi partajate intre diferitele elemente ale grupului social, precum si orientarea sagetilor vectorilor programelor ce au generat modele de echilibru sau de dezechilibru in cadrul grupului.
-necesitatea de a reorganiza grupul la un grad mai mare de complexitate prin fractalizare, adica prin reiterarea algoritmilor pentru grupurile mai mici ce sunt componente ale grupurilor mai mari.
Aceste trei necesitati odata satisfacute au facut ca omenirea sa devina o specie evolutiva, capabila sa conserve in memoria organizatorica proprie vechile etape si comportamente de succes, sa dezvolte noi nise adaptative si sa gaseasca forme de auto-reglaj in functie de performante. Din acest motiv omenirea a dezvoltat tehnologie, stiinta, arta si alte produse ce nu pot fi descoperite la alte forme de viata.
O scurta prezentare a modelului de dezvoltare fractala ce poate completa viziunea data de celelate articole de pe acest site se poate gasi mai jos . Se va putea observa ca de fiecare data structurile s-au dezvoltat dintr-o interactiune a doua triplete, una sociala, alta de principii.
Downloadeaza articolul complet in limba Romana. |
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Fractal completeness philosophy of the alive universe, Lattice Automata |
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Written by Florin Colceag
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Tuesday, 15 March 2011 |
The current issues concerning the environmental crisis are mainly due to the linear and quantitative style of thinking, reductionist and dichotomous that has been traditionally used by Aristotle.
These ways of thinking led to a quantitative evaluation type of processes deeply imbued with the quality of the natural environment, which transposed the economy style based on consumption and industry development designed to satisfy human tastes. These have led to a profound imbalance of the environmental stability.
Solving this problem depends on the style of thinking in a complex relation to the balance between man, economy, technology and the natural environment. In this case, essential in balancing these mutual relationships are the recognition behavioral patterns created by the feedbacks between all components of the complex systems and the understanding of the connections and dynamics on several levels of complexity that are established between the four entities listed. This can be done by cyber approach, fractal, dynamic and complex analysis of the relationships reality.
To better understand the necessity of such an approach, it is enough to note that Earth can always form other ecosystems and other food chains as a result of industrial type of human action, those who lose in this match being the human species. For example, industrial pollutants have led to the poisoning of ocean waters with nutrients for certain primitive species (cyanobacteria, red algae, jellyfish, etc.) which were formed in an environment with similar chemical structure and in a climate similar to that produced by the global warming.
Download full whitepaper in english. |
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