• No results found

[PDF] Top 20 ONTOGENIC PLANT GROWTH MODELLING: NATURAL SELECTION AND OPTIMAL CONTROL

Has 10000 "ONTOGENIC PLANT GROWTH MODELLING: NATURAL SELECTION AND OPTIMAL CONTROL" found on our website. Below are the top 20 most common "ONTOGENIC PLANT GROWTH MODELLING: NATURAL SELECTION AND OPTIMAL CONTROL".

ONTOGENIC PLANT GROWTH MODELLING: NATURAL SELECTION AND OPTIMAL CONTROL

ONTOGENIC PLANT GROWTH MODELLING: NATURAL SELECTION AND OPTIMAL CONTROL

... by natural selection, Darwin, 1859, admits that natural selection leads to an op- timization process, meaning that organisms better fitted to their environment will have a selective ...given ... See full document

12

Mathematical Modelling of the Dynamics of Tumor Growth and its Optimal Control

Mathematical Modelling of the Dynamics of Tumor Growth and its Optimal Control

... T (0) > 0, N (0) ≥ 0, D(0) ≥ 0, L(0) ≥ 0, M(0) ≥ 0, I(0) ≥ 0. The model’s first equation is the dynamics of tumor cells and shows that, the cells proliferates following logistic equation. NK cells, dendritic cells and ... See full document

23

Modelling of An Optimal Slope Based Solar Collector for Solar Tower Plant

Modelling of An Optimal Slope Based Solar Collector for Solar Tower Plant

... of natural issues and restricted non-renewable energy source assets, more consideration is being given to sustainable power ...economic growth, progress, and development, as well as security and poverty ... See full document

8

Modelling the Impact and Control of an Infectious Disease in a Plant Nursery with Infected Plant Material Inputs

Modelling the Impact and Control of an Infectious Disease in a Plant Nursery with Infected Plant Material Inputs

... 2007. Optimal detection and control strategies for invasive species ...of Plant Pathogens, ...Integrating natural and social science perspectives on plant disease risk, management and ... See full document

18

Introduction. Modelling natural action selection

Introduction. Modelling natural action selection

... action selection for which there is a fairly well-understood centralized selection mechanismÑvoting in a democratic ...positions, modelling & hypothesizing four ÔspeciesÕ of party: parties that seek ... See full document

23

Using Fluorescence as Control Parameter to Decide Optimal Light Spectrum for Plant Growth

Using Fluorescence as Control Parameter to Decide Optimal Light Spectrum for Plant Growth

... ** Heliospectra AB, Göteborg Sweden 1 Introduction Modern greenhouses having lighting systems are large consumers of electricity. In Europe alone, the lighting consumption is estimated to 150 TWh per year. High pressure ... See full document

5

Optimal Control of Cancer Growth

Optimal Control of Cancer Growth

... cancer growth. In [1], I presented a discrete affine model T of cancer growth in the variables C for cancer, GF for growth factors and GI for growth ...be optimal and also that it might ... See full document

23

Natural Selection and the Origin of Economic Growth

Natural Selection and the Origin of Economic Growth

... Modern Growth Regime fertility rates among richer individuals are predicted to be lower than those among poorer ...Modern Growth Regime the cross-section relationship between income and fertility is ... See full document

60

NATURAL SELECTION AND DENSITY-DEPENDENT POPULATION GROWTH

NATURAL SELECTION AND DENSITY-DEPENDENT POPULATION GROWTH

... Natural selection was studied in the context of density-dependent population growth using a single locus, continuous time model for the rates of change of population size a[r] ... See full document

12

HORMONAL CONTROL OF PLANT GROWTH AND FORM*

HORMONAL CONTROL OF PLANT GROWTH AND FORM*

... It was suggested that kinetin uncouples auxin-induced protein synthesis and water uptake and that high protein and low soluble-N ratio was characteristic of the p[r] ... See full document

14

Optimal energy growth and optimal control in swept Hiemenz flow

Optimal energy growth and optimal control in swept Hiemenz flow

... the optimal transient growth of G¨ ortler– H¨ ammerlin perturbations in swept Hiemenz ...The optimal blowing and suction at the wall which minimizes the energy of the optimal perturbations is ... See full document

36

The global dynamics and optimal control of a plant epidemic model

The global dynamics and optimal control of a plant epidemic model

... population growth and the global climate change put an ever increasing pressure on food production, food security concerns may remain promi- nent for at least the next fifty years ... See full document

18

Modelling Natural Resources, Oil and Economic Growth in Africa

Modelling Natural Resources, Oil and Economic Growth in Africa

... 6 In this study, the focus was on selecting variables that have major impact on economic growth specifically for the sub-Saharan Africa region. Some of these variables are population growth, external debts, ... See full document

60

Time-Optimal Control for a Model of Bacterial Growth

Time-Optimal Control for a Model of Bacterial Growth

... complex growth processes is probably the main reason for present nonexistence of applications of control theory to this important class of control ...the control theory has not been applied to ... See full document

23

Stochastic optimal control and BSDEs with logarithmic growth

Stochastic optimal control and BSDEs with logarithmic growth

... stochastic control has been obtained in [8] in the case where the drift term of the equation which defines the controlled system is bounded, and in [9] in the case where the running reward function is ...our ... See full document

21

Optimal Immunotherapy Control of Aggressive Tumors Growth

Optimal Immunotherapy Control of Aggressive Tumors Growth

... ber of divisions) and weights  1 = 0.8 and  2 = 0.2 to prove the effect of drug control on improving immune system. We can observe population of tumor cells and also external drug source control with ... See full document

8

Evolution and the Growth Process: Natural Selection of Entrepreneurial Traits

Evolution and the Growth Process: Natural Selection of Entrepreneurial Traits

... risk-tolerant, growth promoting traits generated an evolutionary advantage and their increased representation accelerated the pace of technological advancements, contributing signi…cantly to the process of ... See full document

30

Control oriented engine modelling and engine multi-objective optimal feedback control

Control oriented engine modelling and engine multi-objective optimal feedback control

... not be changed during the whole engine multi-objective optimal feedback control process for one case. Compared with other real-world optimisation problems, the actual optimisation is fairly easy for the EA: ... See full document

259

Control freaks: Towards optimal selection of control conditions for fMRI neurofeedback studies

Control freaks: Towards optimal selection of control conditions for fMRI neurofeedback studies

... bidirectional control is that it allows for ruling out motivational and placebo ...bidirectional control, provided that participants are equally successful at regulating each ... See full document

40

Optimal Induced Innovation and Growth with Congestion of a Limited Natural Resource

Optimal Induced Innovation and Growth with Congestion of a Limited Natural Resource

... economic growth, and that the early contributions on Induced Innovation have proved to be successful in reproducing some of the long-run features of capitalist ...of optimal technical change with Induced ... See full document

26

Show all 10000 documents...