Information Flow Queue Optimization in EC Cloud

Geometrical Information Flow Regulated by Time Lengths: An Initial Approach

“…It is possible to observe, for example, the use of queue theory that is associated with time regulations, in which, the pathways are designed with probabilistic density functions after time regulations oriented the intended information flow process to be achieved. This confirms the hypothetical framework of this article relating the basis potential entropy of systems and remodeling methods through time in order to extract queue theory best approximations [3,38].…”

“…However, the results points for a perfect prediction for small periods of time, it confirms time as a factor that disrupts predictability regarding behavior of variables rather than potential information entropy [16]. When considering this thesis as a confirmation of the fact that thermodynamics concept given by Shannon [32] assumes, for these results of forecasting, the small effect in which each binary based interaction event tend to give several unpredictable outcomes due to diversity of pathways, but, nonetheless, those features are time regulated [3,4,9,11,13,16,19,22,28,30,31,[33][34][35][36][37][38], and phenomena of this kind are promoted by the flow of sequences among one unit to another one, composing the whole system as far as it has enough time to express its potential phase spaces.…”

“…The transfer of entropy among different samples could be described by appropriate methods in the previous condition adopted in this article example. Also, the proposed model analyzed gives a general view of binary system functioning for realistic events, system main concepts that organizes the events (iteration, frequency, and time regulations), a model for information theory analysis, probabilistic system analysis, empirical experiments analogous to the example given in this article, information entropy flows, and specific researches to be carried out in future time, such as: -microorganism's reproduction flow [33], infection speed [34]; -vector based diseases [35]; -expenditures management and analysis of massive administrative units (agents) [2,28]; -water and electrical energy distribution over massive administration units commonly found in public administration of cities or countries [11,28,31]; -theoretical and empirical model for resource distribution considering containment, reduction, or regulation of resources production Vs consumption [11,13]; -logistics aspects of administration and commerce flow [36]; -mathematical model for entropy, geometry, and time regulations for nonlinear dynamic events [16,21]; -engineering of materials [37]; -civil engineering or related areas [3,4,6,7]; -language processing regarding space and time accelerations or other biological aspects [22]; -metaphysical concepts for physical and mathematical investigations regarding iteration, frequency and time [15,20]; -deterministic to chaos event's investigations [21,37]; -duality based and quantum based phenomena, such as economics and particles and other fields of knowledge related to the issue [30]; and, -computing, networking, and communications [38].…”