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The project consists of the improvements of a Monte-Carlo simulation of an Euler-scheme discretization of a Discrete Term Structure Model (LIBOR Market Model), the calibration of the model and the investigation of properties of interest rate products using this model.

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matormentor/computational-finance-project

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computational-finance-2022-2-project

2023

The project consists of the improvements of a Monte-Carlo simulation of an Euler-scheme discretization of a Discrete Term Structure Model (LIBOR Market Model) and the investigation of properties of interest rate products using this model.

Project description

Found in the project description pdf

Link to the Powerpoint Presentation

Importing as Maven project

The project comes with a pre-configured Maven pom.xml file referencing finmath-lib.

  • Clone the project using git (git clone), then import the project in your favourite IDE as Maven project.

Notes

Unit Tests

You may consider adding unit tests to your solution. You find a small stub / sample test in src/main/test. You can run unit test from Eclipse or via maven on the command line

mvn clean test

(run from the project directory).

Code Style

If you like to improve your code-style you may run checkstyle via the maven command

mvn checkstyle:check 

(run from the project directory).

Checkstyle will report style issues of you code. If you like to clean up the formatting, you may use Source -> Clean up... in Eclipse.

About

The project consists of the improvements of a Monte-Carlo simulation of an Euler-scheme discretization of a Discrete Term Structure Model (LIBOR Market Model), the calibration of the model and the investigation of properties of interest rate products using this model.

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