The Dynamic Programming Model - 797 Words

The dynamic programming model was then translated into a simulation user interface, which can be controlled by individual agents, the dynamic climate change simulator with stochastic and irreversible climate change (DCCS-SICC). It was built on the DCCS climate change simulation of Dutt and Gonzalez (2012) and was based on previous work by Gonzalez and Dutt (2011) and Moxnes and Saysel (2009). The user interface presents a single state variable (CO2 concentration in the atmosphere), two sliders for controlling the levels of CO2 emissions from fossil fuel and from deforestation, and a graph depicting the accumulation of CO2 in the atmosphere over time. This simple climate change model was calibrated between years 2000 and 2100 with projections given by two different and extreme emission scenarios from the 2001 IPCC report. Furthermore, the Integrated Science Assessment Model (ISAM) was employed to predict CO2 concentrations in the atmosphere under two emission scenarios. The model cali bration parameters are derived from Dutt and Gonzalez (2012). The participants’ aim is to maintain the CO2 concentration within the range of 923-953 GtC, which appear on the screen. Participants are asked to achieve the minimum value of the range at the shortest time possible and maintain the CO2 concentration level within the range for the longest time possible. The model was calibrated using two emission scenarios: the â€Å"optimistic† and â€Å"pessimistic† scenario based on the 2001 IPCC reportShow MoreRelatedDynamic Programming Model1014 Words   |  5 Pagessubject. The dynamic programming model shows similar properties as AI. The dynamic programming model chooses an optimal action path from one state to another state to reach its objective. In our case, states can be students quiz score, actions are which modules to choose, and the objective will be to enhance students learning. I would like to propose two hypotheses: If the dynamic programming model could be used to formulate personalized learning in MOOCs If dynamic programming model is effectiveRead MoreA Dynamic Structural Design For Web Application1641 Words   |  7 PagesA DYNAMIC STRUCTURAL DESIGN FOR WEB APPLICATION WITH CATEGORIZATION OF SYSTEMATIC DEMEANOR 1. INTRODUCTION This research is concerned with the study and analysis of dynamic architecture and proposes an improved structural design based on categorization based dynamic architecture. Categorization of systematic demeanor plays a significant role in dynamic structural design of architecture to determine the systematic approach, browsing, performance, accuracy, multimedia access and navigation.Read MoreA Brief Look at Climate Change669 Words   |  3 Pagesclimate adaptation policies. Modeling of these systems includes a dynamic system consisting of transition equations describing the evolution of state variables characterizing the natural system, such as CO2 concentrations in the upper and lower atmosphere and in the oceans, and state variables characterizing the economic systems, such as physical capital and knowledge. The complex adaptive character of the system implies that the dynamic system will be nonlinear and nonconvex, will allow for nonlinearRead MoreNVIDIA : A Compute Unified Devic e Architecture1340 Words   |  6 PagesA. Compute Unified Device Architecture CUDA is a programming model created by NVIDIA gives the developer access to GPU computing resources following through an Application Programming Interface (API) the standard CUDA terminology. We will see GPU as the device and CPU as the host programming language extends to C / C ++ Language. GPU programming is different from model normal CPU models, and data must be clearly moved flat model between host and device there is a multiple grid available for programmers’Read MoreConstruction Project : Time Cost Trade Off846 Words   |  4 Pages These are mathematical programming techniques and heuristic methods. Mathematical Programming Techniques: Mathematical programming techniques convert the time-cost trade-off problem to mathematical models and utilize linear programming, integer programming, or dynamic programming to solve them. A number of researchers such as Kelly (1961), Hendrickson and Au (1989) and Pagnoni (1990) have tried to solve the time-cost trade-off problem by formulating mathematical models that assume linear time-costRead MoreScripted Music Scores1164 Words   |  5 Pages1.1 Embedded Programming Scripts in Music Scores In this preliminary research conducted during 2015, my approach to address the problem of ease the dissemination of interactive music repertoire was to embed JavaScript code snippets inside a digitalized music score in MusicXML format. The goal was to build a symbolic representation of interactive music that reduces the dependence between the music representation and the computational framework by mixing the semantics of common western music notationRead MoreEvolution Of Object Oriented Technology1233 Words   |  5 Pagesbehavior. The word both is the key difference between the more procedural programming, traditional programming methodology, and OO programming. INTRODUCTION Over the past few decades, many software development methodologies have appeared and these methodologies address most of the phases of software life cycle from requirements to maintenance. In the last twenty years, there has been increasing popularity for object-oriented programming. Hence, the interest to research on object-oriented methodologies hasRead MoreInformation Technology And Its Impact On Travel, Education, Healthcare, Social, And Entertainment1052 Words   |  5 Pagescomputer programs and programming, computer networks, databases, information assurance and web technologies (Smith Gray, 2012), (Khurana, 2016) 1. Computer programs and programing: Programs in IT system are used for application development, interaction between various component of IT system by developing APIs. These program span into multiple languages. Some of the most popular programming languages are Java, C++, .Net. Modern web pages are a classic example of powerful programming languages. WebpagesRead MoreThe Phases Of Software Life Cycle From The Simula 671410 Words   |  6 Pagessoftware life cycle from requirements to maintenance. In the last twenty years, there has been increasing popularity for object-oriented programming. Hence, the interest to research on object-oriented methodologies has increased. Also, there has been exponential growth due to the increase in number of software systems being described as object-oriented. Many programming languages, office information systems, system simulation and artificial intelligence have adopted object-oriented technology. It is anRead MoreBuilding An Exascale Scale System1571 Words   |  7 Pagesall know that almost all of today’s large-scale applications use the message-passing programming model (MPI) together with traditional sequential languages (C, Fortran, C++), but the new architectures with many cores per chip and parallelism in the millions will make this programming model more problematic and less productive in the future. Thus a new approach is needed. Like for example, a hybrid programming model such as MPI with some global view techniques such as Unified Parallel C (UPC) or Co-Array