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HW 6: Error Correction CSE1010 Spring 2018 Jeffrey A. Meunier University of Connecticut Table of Contents 1. Introduction 2 2. Due Date 2 3. Value 2 4. Objectives 2 5. Background 3 5.1. Binary data transmission 3 6. Assignment 6.0. Preliminaries 6.0.1. Read the 7 7 background 7 8 8 string2bin 8 segmentString 9 printFrames […]

1 Ob jective CO 353 Winter 2018: Project 4 Due: April 4nd at 8pm The project consists in implementing the branch-and-bound algorithm for integer programming. Given c ∈ Zn, l ∈ Zn, u ∈ Zn, b ∈ Rm and A ∈ Rm×n, an integer programming problem is formulated as min cTx s.t. Ax = b

Final Project Case Study: Asset Backed Security Modeling The final project case study is the concluding piece of this course. The topic of this case study is Asset Backed Security modeling. This will give you the opportunity to satisfyingly apply all of what you’ve learned about Python into a useful project in finance. The project

Exercises Level 6: Monte Carlo in Python 6.1: Random Number Generation 1)  Write code that generates a list of 200,000 uniform random numbers, ranging from 1 to 20. Additionally, generate 200,000 normally distributed random numbers (mu=10, sigma=7) and 200,000 lognormally distributed random numbers (mu=1, sigma=0.5). Export these lists of numbers to a single CSV file

Exercises Level 5: Advanced Python Syntax 5.1: Date/Time 1)  Create a program that does the following: Asks the user to input year, month, day, hour, minute, second, microsecond (one after another). Create a datetime variable with the entered info. Extract the datetime into year, month, day, hour, minutes, second, and microsecond. Display the following result

4.1: Python Strings 1) Use the following string for each of the below exercises: “ that I have ever taken. “: The Python course is the best course Exercises Level 4: I/O and String Manipulation Display the length of the string. Find the index of the first ‘o’ in the string. Trim off the leading

Exercises Level 3: Intermediate Python Syntax 3.1: Advanced Functions 1)  Create a stored lambda function that calculates the hypotenuse of a right triangle; it should take base and height as its parameter. Invoke (test) this lambda with different arguments. 2)  This exercise is a modification of Exercise 1.5.8, to use the reduce function. To this

Exercises Level 2: Object Oriented Programming   2.1: Classes Timer   We’ve been using time before and after code blocks to report the difference as the ‘time taken’. This exercise is to generalize and encapsulate this into a class, to make things cleaner and re-usable. The steps are as follows: Create a class called Timer.