Integrated Risk Management of Non-Maturing Accounts [electronic resource] : Practical Application and Testing of a Dynamic Replication Model /
Straßer, Jeffry.author.
Customer accounts that neither have a fixed maturity nor a fixed interest rate represent a substantial part of a consumer bank’s funding. The modelling for their risk management and pricing is a challenging yet crucial task in today’s asset/liability management, with increasing computational power allowing for new approaches. Jeffry Straßer outlines an implementation of a state-of-the-art dynamic replication model in detail. A case study with recent data supports the expected superiority of the model. Additionally, it provides tangible recommendations for model specifications derived from practical and mathematical consideration, as well as empirical findings. Practitioners will appreciate the comprehensive programming code attached.   Contents Modelling of risk factors Setting up a multistage stochastic program Model output and performance analysis Full program code for all described steps in open-source statistical programming language R      Target Groups Researchers and students in the field of bank (risk) management, statistics and business informatics Practitioners in bank management, bank risk management, and bank regulation   The Author Jeffry Straßer MA obtained his master´s degree at the University of Applied Sciences bfi Vienna in the programme “Quantitative Asset and Risk Management”.
Description based upon print version of record.
Includes bibliographical references.
Modelling of risk factors -- Setting up a multistage stochastic program -- Model output and performance analysis -- Full program code for all described steps in open-source statistical programming language R.
Customer accounts that neither have a fixed maturity nor a fixed interest rate represent a substantial part of a consumer bank’s funding. The modelling for their risk management and pricing is a challenging yet crucial task in today’s asset/liability management, with increasing computational power allowing for new approaches. Jeffry Straßer outlines an implementation of a state-of-the-art dynamic replication model in detail. A case study with recent data supports the expected superiority of the model. Additionally, it provides tangible recommendations for model specifications derived from practical and mathematical consideration, as well as empirical findings. Practitioners will appreciate the comprehensive programming code attached.   Contents Modelling of risk factors Setting up a multistage stochastic program Model output and performance analysis Full program code for all described steps in open-source statistical programming language R      Target Groups Researchers and students in the field of bank (risk) management, statistics and business informatics Practitioners in bank management, bank risk management, and bank regulation   The Author Jeffry Straßer MA obtained his master´s degree at the University of Applied Sciences bfi Vienna in the programme “Quantitative Asset and Risk Management”.
Business.
Management science.
Finance.
Information technology.
Business—Data processing.
Operations research.
Decision making.
Business and Management, general.
Finance, general.
IT in Business.
Operations Research/Decision Theory.