May 2018
Beginner to intermediate
364 pages
7h 43m
English
This example is from the sample programs in Python discussed earlier. The notebook shows how to use the ipyparallel package to do Monte-Carlo options pricing in parallel. The notebook computes the price of a large number of options for different strike prices and volatilities.
To save space, only the first several lines of code are given here:
%matplotlib inline import matplotlib.pyplot as plt import sys import time from ipyparallel import Client import numpy as np price = 100.0 # Initial price rate = 0.05 # Interest rate days = 260 # Days to expiration paths = 10000 # Number of MC paths n_strikes = 6 # Number of strike values min_strike = 90.0 # Min strike price max_strike = 110.0 # Max strike price n_sigmas ...
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