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Physiotherapy Treatment of a Patient in sub-acute phase after Ischemic Cerebrovascular Accident (Ischemic Stroke)
Kouroglou, Minas ; Vomáčková, Helena (advisor) ; Modlinger, Tomáš (referee)
Title of the thesis: Physiotherapy treatment of a patient in sub-acute phase after Ischemic Cerebrovascular Accident (Ischemic Stroke). Název práce: Fyzioterapie léčba pacienta v subakutní fázi po ischemické cévní mozková příhoda (mozková mrtvice). Author: Minas Kouroglou Work placement: Oblastni Nemocnice Kladno Summary The objective of this thesis is to spotlight the physiotherapeutic approach and procedures applied for a patient in sub-acute phase after the diagnosis of Acute Ischemic Cerebrovascular Accident (Ischemic stroke) and also meticulously demonstrate the examination and therapy process provided in an actual case study of the diagnosis. The thesis is divided into two parts. The General part which is the opening part of this thesis is trying to explore the basic theoretical components related to the diagnosis and its characteristics while also reviewing the anatomy, physiology and neurophysiology of the brain structures involved in this specific case study, which is extensively presented in the second, specific part of this paper The specific part of this thesis includes: Anamnesis and Medical History of the patient, Initial and Final kinesiological examinations of the patient with their respective conclusions, a detailed review of the whole therapeutic procedure including the...
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Counterparty credit risk modelling
Volek, Mikoláš ; Teplý, Petr (advisor) ; Jakubík, Petr (referee)
Counterparty credit risk is an important type of financial risk. The importance of proper counterparty risk management became most apparent in the wake of the 2008 series of failures of several large banks. Correlation of market factors is an important issue in the calculation of CVA. A notable case of correlation is wrong-way risk which occurs whenever the probability of default of the counterparty is positively correlated with exposure. The basic formulas for CVA and basic counterparty credit risk models do not account for wrong-way risk because its modeling is nontrivial. This thesis aims to answer how well can the impact of wrong-way risk on CVA be approximated with an add-on which only depends on correlation between the price of the underlying asset and the credit spread of the counterparty. The thesis is supplemented by a fully documented implementation of the model in the Mathematica software.
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Counterparty credit risk modelling
Volek, Mikoláš ; Teplý, Petr (advisor) ; Jakubík, Petr (referee)
Counterparty credit risk is an important type of financial risk. The importance of proper counterparty risk management became most apparent in the wake of the 2008 series of failures of several large banks. Correlation of market factors is an important issue in the calculation of CVA. A notable case of correlation is wrong-way risk which occurs whenever the probability of default of the counterparty is positively correlated with exposure. The basic formulas for CVA and basic counterparty credit risk models do not account for wrong-way risk because its modeling is nontrivial. This thesis aims to answer how well can the impact of wrong-way risk on CVA be approximated with an add-on which only depends on correlation between the price of the underlying asset and the credit spread of the counterparty. The thesis is supplemented by a fully documented implementation of the model in the Mathematica software.
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Physiotherapy Treatment of a Patient in sub-acute phase after Ischemic Cerebrovascular Accident (Ischemic Stroke)
Kouroglou, Minas ; Vomáčková, Helena (advisor) ; Modlinger, Tomáš (referee)
Title of the thesis: Physiotherapy treatment of a patient in sub-acute phase after Ischemic Cerebrovascular Accident (Ischemic Stroke). Název práce: Fyzioterapie léčba pacienta v subakutní fázi po ischemické cévní mozková příhoda (mozková mrtvice). Author: Minas Kouroglou Work placement: Oblastni Nemocnice Kladno Summary The objective of this thesis is to spotlight the physiotherapeutic approach and procedures applied for a patient in sub-acute phase after the diagnosis of Acute Ischemic Cerebrovascular Accident (Ischemic stroke) and also meticulously demonstrate the examination and therapy process provided in an actual case study of the diagnosis. The thesis is divided into two parts. The General part which is the opening part of this thesis is trying to explore the basic theoretical components related to the diagnosis and its characteristics while also reviewing the anatomy, physiology and neurophysiology of the brain structures involved in this specific case study, which is extensively presented in the second, specific part of this paper The specific part of this thesis includes: Anamnesis and Medical History of the patient, Initial and Final kinesiological examinations of the patient with their respective conclusions, a detailed review of the whole therapeutic procedure including the...
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Monte Carlo simulation of Counterparty Credit Risk
Havelka, Robert ; Šopov, Boril (advisor) ; Skuhrovec, Jiří (referee)
The counterparty credit risk is particularly hard to simulate and this thesis is only the second work so far, which considers effective simulation of couterparty risk. There are two new approaches to stochastic modelling, which are useful with respect to ef- ficient simulation of counterparty risk. These are Path-Dependent Simulation (PDS) and Direct-Jump to Simulation date (DJS). It had been show that DJS is far more ef- fective, when it comes counterparty risk simulation of path-independent derivatives. We focus on a portfolio of interest rate swaps, which are effectively path-dependent. DJS approach yields estimates with much lower variance than PDS approach. But as expected, the DJS is also much more computationally intensive. The increase in computing time in majority of cases wipes out any gains in lower variance and PDS approach is shown to be more effective, when computing time is taken into account. We also show that in practice the convergence rate of Monte Carlo method signif- icantly underestimates the true reduction in variance, which can be achieved with increasing number of scenarios. JEL Classification C02, C15, C63, G01, G12, G32 Keywords Monte Carlo, CVA, Exposure, Variance Author's e-mail robberth.cz@gmail.com Supervisor's e-mail boril.sopov@gmail.com
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