Question: Week 6 Assignments-FA18-CE D CPSCS01-Progam3 roduction Machine Learning i 0-dt-content-rid-27636445, 1/courses/FA18-CPSC-50100-XX/CPSCS01_Program3.pdf CPSC 501: Programming Fundamentals Programming Assignment 3 - Machine Learning Intreduction Machine learning is

 Week 6 Assignments-FA18-CE D CPSCS01-Progam3 roduction Machine Learning i 0-dt-content-rid-27636445, 1/courses/FA18-CPSC-50100-XX/CPSCS01_Program3.pdf
CPSC 501: Programming Fundamentals Programming Assignment 3 - Machine Learning Intreduction Machine
learning is an area of computer science whose aim is to create
programs which improve their performance with experience. There are many applications for
this, including: face recognition, recommendation systems, defect detection, robot navigation, and game
playing. For this assignment, you will implement a simple machine learning algorithm
called Nearest Neighbor which learns by remembering training examples. It then classifies

Week 6 Assignments-FA18-CE D CPSCS01-Progam3 roduction Machine Learning i 0-dt-content-rid-27636445, 1/courses/FA18-CPSC-50100-XX/CPSCS01_Program3.pdf CPSC 501: Programming Fundamentals Programming Assignment 3 - Machine Learning Intreduction Machine learning is an area of computer science whose aim is to create programs which improve their performance with experience. There are many applications for this, including: face recognition, recommendation systems, defect detection, robot navigation, and game playing. For this assignment, you will implement a simple machine learning algorithm called Nearest Neighbor which learns by remembering training examples. It then classifies test examples by choosing the class of the "closest" training example. The notion of"closeness" differs depending on applications. You will need to use the Nearest Neighbor algorithm to learn and classify types of Iris plants based on their sepal and petal length and width. There are three Iris types you wil need to classify Iris Setosa Iris Versicolor Iris Virginica The learning will be done by remembering training examples stored in a comma-separated file. The training examples include different measurements which collectively are called attributes and a class label for different instances, including 1. sepal length in cm 2. sepal width in cm 3. petal length in cm 4. petal width in cm 5, class: Iris Setosa Iris Versicolor Iris Virginica To see how well the program "learned", you will then load a file containing testing examples, which will include the same type of information, but for different instances. For each test instance, you will apply the Nearest Neighbor algorithm to classify the instance. This algorithm works by choosing a class label of the "closest" training example, where "closest" means shortest distance. The distance is computed using the following formula: Address

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