Author: Paul Darbyshire, David Hampton Full Title: Hedge Fund Modelling And Analysis: An Object Oriented Approach Using C++ Publisher: Wiley; 1 edition (November 21, 2016) Year: 2017 ISBN-13: 9781118879573 (978-1-118-87957-3) ISBN-10: 1118879570 Pages: 304 Language: English Genre: Finance File type: PDF (True, but nonnative Cover) Quality: 9/10 Price: $100.00 Use powerful C# algorithms and Object Oriented Programming (OOP) to aid in hedge fund decision making Hedge fund managers cannot afford to ignore their risk/return profiles, and taking advantage of new technologies is an excellent way to minimize risk and capitalize on various investment styles. As Hedge Fund Analysis and Modeling Using C# demonstrates, the C# programming language is perfectly suited to hedge fund analysis. This book serves as a complete course in hedge fund modeling and provides a primer on C# and Object Oritented Programming (OOP) that will allow you to manage risk easily and make the most of key statistics. Covering both basic and risk-adjusted performance measures, Hedge Fund Analysis and Modeling Using C# moves from simple to sophisticated analysis techniques, using worked examples to show you exactly how to manage return in an era of volatility and financial risk. You'll have access to: ░ Complete guidance on using C# and Objected Oriented Programming (OOP) for analysis using non-normal returns data and other key statistics ░ Bonus content on a companion website containing C# programs, algorithms, and data available for download ░ Real world modeling exercises that demonstrate the identification of risk and return factors ░ Complete guidance for optimizing hedge fund decisions using quantitative strategies This is the only book on the market that guides you through using C# to model hedge fund risks and returns. Along with its companion titles on Excel/VBA analysis and MATLAB analysis, Hedge Fund Analysis and Modeling Using C# contributes important guidance for hedge fund managers who want to take advantage of technological platforms for optimal fund performance. ------------- Our members see more. Join us!