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Selected Advanced Stochastic Programming Models
Brzobohatý, Jan ; Hrabec, Dušan (referee) ; Popela, Pavel (advisor)
This diploma thesis deals with stochastic dominance. The goal is to lay the foundations for defining stochastic dominance, to describe its properties and to explain this concept on simple examples. Another goal is to apply this concept to network problems with random price. Examples in this thesis also contain solutions and python code how to find them.
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Selected Advanced Stochastic Programming Models
Brzobohatý, Jan ; Hrabec, Dušan (referee) ; Popela, Pavel (advisor)
This diploma thesis deals with stochastic dominance. The goal is to lay the foundations for defining stochastic dominance, to describe its properties and to explain this concept on simple examples. Another goal is to apply this concept to network problems with random price. Examples in this thesis also contain solutions and python code how to find them.
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Visualization of plans for logistics tasks
Stočes, Filip ; Surynek, Pavel (advisor) ; Dvořák, Filip (referee)
Plan analysis is important for testing of planning systems and checking the plan before its execution. VLP application (result of this thesis) helps user with orientation in plans for logistical tasks and with finding possible flaws in plans. VLP offers tools for creating a logistical problem and running a planner, which creates a solution (plan) for this problem. The application then visualizes and simulates this plan, allowing the user to analyse it. VLP runs in a graphical user interface, so the user does not have to deal with writing problem and plan in PDDL.
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Visualization of plans for logistics tasks
Stočes, Filip ; Surynek, Pavel (advisor) ; Dvořák, Filip (referee)
Plan analysis is important for testing of planning systems and checking the plan before its execution. VLP application (result of this thesis) helps user with orientation in plans for logistical tasks and with finding possible flaws in plans. VLP offers tools for creating a logistical problem and running a planner, which creates a solution (plan) for this problem. The application then visualizes and simulates this plan, allowing the user to analyse it. VLP runs in a graphical user interface, so the user does not have to deal with writing problem and plan in PDDL.
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