Message-ID: <32209425.1075856507764.JavaMail.evans@thyme> Date: Wed, 11 Apr 2001 08:53:00 -0700 (PDT) From: vince.kaminski@enron.com To: nelsonb@rice.edu Subject: RE: Term Project: Mime-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-From: Vince J Kaminski X-To: X-cc: X-bcc: X-Folder: \Vincent_Kaminski_Jun2001_4\Notes Folders\'sent mail X-Origin: Kaminski-V X-FileName: vkamins.nsf Brian, The last class + plus a few days (depending on when I have to submit the grades). Vince "Brian Corbett Nelson" on 04/11/2001 03:35:14 PM Please respond to To: cc: Subject: RE: Term Project: Mr. Kaminski, I had an interview last Thusday in Dallas and could not attend class. Did you set a project deadline? Thanks, Brian Nelson -----Original Message----- From: Vince.J.Kaminski@enron.com [mailto:Vince.J.Kaminski@enron.com] Sent: Wednesday, April 11, 2001 3:22 PM To: isranir@rice.edu; demianen@rice.edu; tbal93@yahoo.com; maue@rice.edu; loughrid@rice.edu; jblantonjr@yahoo.com; gjohnson@rice.edu; emchombo@rice.edu; nazareth@rice.edu; vanstone@rice.edu; ganguzza@rice.edu; nelsonb@rice.edu; sssmith@rice.edu; wheelock@rice.edu; westmore@rice.edu; gaudette@rice.edu; otaylor@rice.edu; dikeman@rice.edu; jettke@rice.edu; litton@rice.edu; chilkina@rice.edu; helms@rice.edu; wankhade@rice.edu; monfan@rice.edu; kostya@rice.edu; pcp@rice.edu; yueguo@rice.edu; nlwbio@rice.edu; zhangn@rice.edu; rishad@rice.edu; yoshiura@rice.edu; howard@rice.edu; dayangd@rice.edu; wuwei@rice.edu; so@rice.edu; wooddy@rice.edu; lamas@rice.edu; tbalestrery@houston.rr.com; hingoran@rice.edu; planck@rice.edu Cc: vkaminski@aol.com; Vince.J.Kaminski@enron.com; Jason.Sokolov@enron.com Subject: Term Project: This is the list of projects for the members of the "quant" team. If you are working on different project, please, ignore this message. Please, develop in a spreadsheet solutions/examples for the following: 1. Black-Scholes formula 2. Black's formula 3. Develop a spreadsheet to simulate price trajectory using: a. GBM b. GBM + jump (Formula 2.16 in the book, Figure 2.7) c. Mean reversion + jump (Formula 2.17, Figure 2.8) 4. Schwartz Single Factor Model (Formula 6.12) 5. Develop models corresponding to the Figures 7.1, 7.3, 7.5, 7.6, 7.8 Vince