Optimal Control for the Spatial Epidemic
OPTIMAL CONTROL OF AN EPIDEMIC THROUGH EDUCATIONAL CAMPAIGNS
... an epidemic. Assuming that the epidemic is described by the simplified SIR model and that the total time of the campaign is limited due to budget, we consider two possible ...the epidemic outbreak. ...
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Optimal Control For Dysentery Epidemic Model With Treatment
... This number increased from July to 839 people. However, this number is still lower than before in January 2018, there were 1,067 diarrhea patients recorded, then in February 2018 the number was 944, March 2018 were 946, ...
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Optimal Campaign in Leptospirosis Epidemic by Multiple Control Variables
... multiple control variables to analyze and understand the dynamics of this infection in a com- ...and control functions. To control the spread of lep- tospirosis infection and the interaction of human ...
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The global dynamics and optimal control of a plant epidemic model
... due to various plant diseases [2], detailed knowledge of plant epidemiology is vital from both an economic and humanitarian viewpoint. In particular, an ability to predict the spread of crop diseases and the results of ...
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Optimal beaconing control for epidemic routing in delay tolerant networks
... To show the energy saving of the Optimal Policy over the No Constraint policy, we considered the number of message transmissions or nodes infected according to the achieved delivery prob[r] ...
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Optimal control of the thermistor problem in three spatial dimensions
... the optimal controls, taken at an arbitrary but fixed grid point in Γ N ...The optimal controls are shown in Figure ...the control at the beginning of the process seem to be the result of the ...
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Impact of spatial clustering on disease transmission and optimal control
... the spatial clustering of farms and potentially the subsequent disease ...such spatial information is available, the different farming and management practices in different regions of the country make it ...
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Optimal Control of an HIV/AIDS Epidemic Model with Infective Immigration and Behavioral Change
... an optimal control ...the optimal control and characterized the controls using Pontryagon’s Maximal ...the optimal way of preventing further prevalence of HIV/AIDS is practicing safe ...
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Optimal Control For Malaria Epidemic Model With Vaccinating, Human Treatment And Mosquitos Spraying
... Malaria epidemic model, Stability, Equilibrium point, Control ...the control efforts to be a global commit- ment to the Millennium Development Goals (MDGs) [ 9 , 10 , 12 – 14 ...
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Optimal control of spatial-dynamic processes: The case of biological invasions
... that optimal policy sometimes removes nonconvexities from an invasion even when this does not reduce the extent of exposed ...edges. Optimal policy applies control along the outer 4 edges of the ...
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A spatial domain decomposition method for parabolic optimal control problems
... non-overlapping spatial domain decomposition method for the solution of linear–quadratic parabolic optimal control ...The spatial domain is decomposed into non-overlapping ...parabolic ...
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Optimal mobility patterns in epidemic networks
... ments on this communication. For example, the detection of an intruder in a surveillance network should be immediately communicated to the police so that action can be taken. 1.1.1 Routing in MANETs The design of network ...
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A geometric programming approach for optimal resource allocation to control epidemic outbreaks in arbitrary networks
... a control-strategies for nodes to control the spread of an epidemic outbreak in arbitrary directed graphs by optimally allocating their resources throughout the ...network. Epidemic ...
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Optimal epidemic suppression under an ICU constraint
... Apart from the policy implication, our main contribution is method- ological. We develop and show how to fully analytically solve an epidemic- economic model for the optimal suppression policy. Importantly, ...
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Numerical Treatment of an Epidemic Model with Spatial Diffusion
... ABSTRACT Structure preserving numerical methods are of great concern now a day. Many physical systems possess different properties which must be preserved by numerical method. For example, positivity is an important ...
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A multi regions discrete time epidemic model with a travel blocking vicinity optimal control approach on patches
... no control strategy since in Figure , S C pq has decreased more ...vicinity optimal control strategy has proved its effectiveness earlier in ...
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Optimal Control and Cost Effectiveness Analysis of Tomato Yellow Leaf Curl Virus Disease Epidemic Model
... the optimal level of prevention and detection effort for management of diseases ...use optimal control of established invasive ...economically optimal control methods [16,18] simulation ...
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A multi-regions SEIS discrete epidemic model with a travel-blocking vicinity optimal control approach on cells
... an epidemic is emerging in regions that are connected with their neighbors by ...our control strategy, called here; the travel-blocking vicinity optimal control ...the epidemic while ...
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Optimal control and inverse optimal control by distribution matching
... 2) Regularization: Due to the difficulty of matching higher order moments based on the gradient, we were restricted when choosing a system for comparing the KL based regularization with regularization based on L 1 or L 2 ...
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Optimal Control
... This quadratic equation can be solved numerically: in MATLAB the command K = lqr(A, B, Qx, Qu) provides the optimal feedback compensator. In deriving the optimal quadratic regulator, we have glossed over a ...
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