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    政大機構典藏 > 商學院 > 金融學系 > 學位論文 >  Item 140.119/49668
    Please use this identifier to cite or link to this item: https://nccur.lib.nccu.edu.tw/handle/140.119/49668


    Title: 選擇權與信用衍生性商品之研究
    Essays on Options and Credit Derivatives
    Authors: 傅瑞彬
    Fu, Jui Pin
    Contributors: 陳松男
    Chen, Son Nan
    傅瑞彬
    Fu, Jui Pin
    Keywords: 加價利益
    選擇權
    猜測波動度
    信用違約交換選擇權
    遠期信用違約交換率
    信用風險
    Mark-Up Interests
    options
    guessed volatility
    credit default swap option
    forward credit default swap rate
    credit risk
    Date: 2008
    Issue Date: 2010-12-08 16:19:19 (UTC+8)
    Abstract: 本研究分為兩個部份,第一部份提出評價選擇權時,應考慮加價利益(Mark-Up Interest)的觀點,第二部份則提出信用違約交換選擇權的新評價模型。
    在第一部份,所謂加價利益是指選擇權賣方為彌補採取避險組合後仍可能發生的損失而向選擇權買方收取的風險補償。本研究的方法是將選擇權市價拆解成理論公平賭局價格與加價利益,建立包含加價利益、買賣權平價理論、隱含標的價格與猜測波動度的選擇權評價模型,解決隱含波動度微笑(implied volatility smile)所帶來模型內部不一致的問題。在建立各種情境條件下之加價利益後,可用來評估選擇權市價的合理性,以提升買賣雙方對市價的合理判斷,有利於風險管理者進行選擇權之造市操作與避險。本研究經由對台指選擇權(TXO)的實證結果發現:加價利益受到距到期交易日、價況程度(moneyness)及猜測波動度的影響。
    第二部份所提出之信用違約交換選擇權的新評價模型則是延伸Schonbucher ( 2000, 2003, 2004 )、Brigo ( 2004, 2005a, 2005b, 2006 )、Brigo & Mercurio ( 2006 )、Brigo & Morini ( 2005 )、Jamshidian ( 2004 ) 與Wu ( 2006 ) 的研究,以市場上交易之各年期信用違約交換之商品所導出之費率期間內之各單期( single tenor )遠期信用違約交換率之費率端價值做為計價資產,假設各單期遠期違約交換率為對數常態分配下,可以將信用違約交換選擇權拆解為由各單期加總之違約交換選擇權,應用在投資銀行發行許多相同標的但不同起始日、不同到期日之一系列信用違約交換選擇權( CDS options )時,可以具有評價簡易的優勢,吻合各期間之信用市場狀況,避免套利機會,並能運用信用違約交換( CDS ),增進避險與管理信用風險之技術。
    This thesis is composed of two parts. The first part is the standpoint of the “Mark-Up Interest” on options. The second part is the new model about pricing and hedging on credit default swap options.
    In the first part, the Mark-Up Interest is regarded as the reward on the hedging portfolio to compensate for possible losses. For presenting this, options market prices are decomposed into the fair-game options prices and the Mark-Up Interests. The options pricing model formed with the Mark-Up Interest, put-call parity, implied underlying price, and guessed volatility is used to solve the internal inconsistence caused by the implied volatility smiles. Therefore, the justness of the options market prices could be estimated with the Mark-Up Interests under different scenarios. The result will help the risk manager to do market making and hedging. The empirical results based on the Options on Taiwan Stock Exchange Weighted Stock Index (TXO) in this paper are as follows: The trading days to expiry, moneyness, and guessed volatility are the factors affecting the Mark-Up Interests.
    The second part of this thesis extends the research on Schonbucher ( 2000, 2003, 2004 ), Brigo ( 2004, 2005a, 2005b, 2006 ), Brigo & Mercurio ( 2006 )、Brigo & Morini ( 2005 ), Jamshidian ( 2004 ) and Wu ( 2006 ). We use the fee leg of the single tenor forward credit default swap rate ( tenor CDS rate ) as numeraire. Under the lognormal distribution assumption on the tenor CDS rate, we decompose a credit default swap option into the sum of tenor CDS options. The result can be used by investment banks to manage credit risk when their derivative book consists of different start-date and end-date CDS options. In addition, our result shows that CDS can be used to hedge against the risk of CDS options. The proposed method helps improve the techniques of hedging and managing credit risk.
    Reference: Bakshi, G., & Kapadia, N. 2003. Delta-hedged gains and the negative market volatility risk premium. Review of Financial Studies, 16(2): 527-566.
    Black, F., & Scholes, M. 1973. The pricing of options and corporate liabilities. Journal of Political Economy, 81(3): 637-659.
    Brigo, D., & Mercurio, F. 2000. A mixed-up smile. Risk, 13(9): 123-126.
    ______. 2001. Displaced and mixture diffusions for analytically-tractable smile models. In H. Geman, D. Madan, S. Pliska, & A.Vorst (Eds.), Mathematical finance-Bachelier congress 2000: 151-174. Berlin: Springer-Verlag.
    ______. 2002. Lognormal-mixture dynamics and calibration to market volatility smiles. International Journal of Theoretical and Applied Finance, 5(4): 427-446.
    Brigo, D., Mercurio, F., & Rapisarda, F. 2004. Smile at the uncertainty. Risk, 17(5): 97-101.
    Derman, E., & Kani, I. 1994. Riding on a smile. Risk, 7(2): 32-39.
    ______. 1998. Stochastic implied trees: arbitrage pricing with stochastic term and strike structure of volatility. International Journal of Theoretical and Applied Finance, 1(1): 61-110.
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    Guo, C. 1998. Option pricing with heterogeneous expectations. Financial Review 33(4): 81-92.
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    Manaster, S., & Rendleman, R. J. 1982. Option prices as predictors of equilibrium stock prices. Journal of Finance, 37(4): 1043-1057.
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    第叁章 信用違約交換選擇權的評價與避險
    Bielecki T.R., Jeanblanc, M., & Rutkowski, M. 2006. Pricing and trading credit default swaps. Working Paper, Illinois Institute of Technology Department of Applied Mathematics, Chicago, USA
    Black, F. 1976. The pricing of commodity contracts. Journal of Financial Economics, 3(1): 167-179.
    Brace, A. 1996. Dual swap and swaption formula in the normal and lognormal models. Working Paper, University of NSW School of Mathematics, Australia.
    Brace, A., Dun, T., & Barton, G. 2001. Toward a central interest rates model. In E. Jouini, J. Cvitanic, M. Musiela (Eds.) Option pricing, interest rates and risk management, New York : Cambridge University Press, Ch8, p.278-313.
    Brace, A., Gatarek, D., & Musiela, M. 1997. The market model of interest rate dynamics. Mathematical Finance, 7(2): 122-147.
    Brigo, D. 2004. Candidate market models and the calibrated CIR++ stochastic intensity model for credit default swap options and callable floaters. Paper presented at the Proceedings of the 4-th ICS Conference, Tokyo, Japan.
    ______. 2005a. Market model for CDS options and callable floaters. Risk, 18(1): 89-94.
    ______. 2005b. Constant maturity credit default swap pricing with market models. Working Paper, Milano, Italy.
    ______. 2006. CMCDS valuation with market models. Risk, 19(6): 78-83.
    Brigo, D., & Mercurio F. 2006. Interest rate models- theory and practice. (2th ed.). Germany: Springer-Verlag.
    Brigo, D., & Morini, M. 2005. CDS market formulas and models. Working Paper, Milano, Italy.
    Elliott, R., Jeanblanc, M., & Yor, M. 2000. On models of default risk. Mathematical Finance, 10(2): 179-195.
    Hull, J. C., & White, A. 2000. Valuing credit default swaps I: no counterparty default risk. Journal of Derivatives, 7(4):29-40.
    ______. 2003. The valuation of credit default swap options. Journal of Derivatives, 10(3): 40-50.
    Jackel, P., & Rebonato, R. 2000. Linking caplet and swaption volatilities in a BGM/J framework: approximate solutions. Working Paper, Quantitative Research Centre, The Royal Bank of Scotland, London.
    Jamshidian, F. 2004. Valuation of credit default swaps and swaptions. Finance and Stochastics, 8(3): 343-371.
    Jeanblanc, M., & Rutkowski, M. 2000. Modelling of default risk: mathematical tools. Working Paper, d’Evry University Department of Mathematics.
    JPMorgan 2001. Par credit default swap spread approximation from default probabilities. Credit Derivatives at JPMorgan Securities Inc., New York.
    Kijima, M., & Komoribayashi, K. 1998. A markov chain model for valuing credit risk derivatives. Journal of Derivatives, 6(1): 97-108.
    Schonbucher, P. J. 2000. A LIBOR market model with default risk. Working Paper, Bonn University Department of Statistics, Germany.
    ______. 2003. A note on survival measures and the pricing of options on credit default swaps. Working Paper, ETH Zurich Department of Mathematics, Switzerland.
    ______. 2004. A measure of survival. Risk, 17(8): 79-85.
    Wu, L. 2006. Arbitrage pricing of single-name credit derivatives. Working Paper, Science and Technology University Department of Mathematics, Hong Kong.
    Description: 博士
    國立政治大學
    金融研究所
    89352503
    97
    Source URI: http://thesis.lib.nccu.edu.tw/record/#G0893525031
    Data Type: thesis
    Appears in Collections:[金融學系] 學位論文

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