Lab Solutions for the course "Artificial Intelligence" at the University of the Punjab, Lahore. - DC-324-3

Lab 1: Introduction to Python - Understanding the Basics - Part 1

• Task 1: Print Function
• Task 2: Input Function with Variables
• Task 3: Print in Multiple Lines
• Task 4: if-else Statement
• Task 5: Data Types - Integers, Floats
• Task 6: Data Types - Boolean
• Task 7: Data Types - Strings
• Task 8: Data Types - Escape Sequences
• Task 9: Data Types - String as Array of Characters
• Task 10: Data Types - Lists
• Task 11: Data Types - List Slicing

Lab 2: Introduction to Python - Understanding the Basics - Part 2

• Task 1: Iterative Statements - While loop
• Task 2: Iterative Statements - While loop in single line
• Task 3: Iterative Statements - For in loop over a list, tuple, string
• Task 4: Iterative Statements - For in loop by index of sequences
• Task 5: Loop Control Statements - Continue
• Task 6: Loop Control Statements - Break
• Task 7: Functions - Defining a function
• Task 8: Functions - Calling a function
• Task 9: Functions - Function with arguments
• Task 10: Functions - Function with list as argument
• Task 11: Functions - Function with return value
• Task 12: Functions - Function with keyword arguments
• Task 13: Classes - Defining a class
• Task 14: Classes - Creating an object of a class
• Task 15: Classes - Class with constructor/initializer
• Task 16: Classes - Class with methods

Lab 3: Introduction to Python - Building Logic

• Task 1: Find those numbers which are divisible by 7 and multiple of 5, between 1500 and 2700 (both included).
• Task 2: Convert temperatures to and from Celsius, Fahrenheit.
• Task 3: Guess a number game 1 to 9.
• Task 4: Print Asterisk pattern.
• Task 5: Reverse a word.
• Task 6: Count even and odd numbers in a list.
• Task 7: Print type of elements in a list.
• Task 8: Print All numbers from 0 to 6 except 3 and 6.
• Task 9: Get the Fibonacci series between 0 to 50.
• Task 10: Print text for mutiples of 3, 5, 3 and 5.
• Task 11: Create Two dimentional array.
• Task 12: Input sequence of lines and terminate on empty line with output in lower case.
• Task 13: Accepting a sequence of comma-separated binary numbers from console and check if they are divisible by 5.
• Task 14: Accept a String and calculate the number of digits and letters.
• Task 15: Check the validity of password input by the user.

Lab 4: Data Structures - Stack, Queue, Binary Search

• Task 1: Implement Stack using Class
• Task 2: Implement Queue using Class
• Task 3: Implement Binary Search/Half-Interval Search Algorithm

Lab 5: Searching Algorithms - Breadth First Search

• Task 1: Implement Breadth First Search Algorithm
• Task 2: Implement Breadth First Search Algorithm Using Queue on a Graph
• Task 3: Implement Priority Queue using Heap

Lab 6: Searching Algorithms - Depth First Search

• Task 1: Implement Depth First Search Algorithm
• Task 2: Implement Depth First Search Algorithm Using Stack on a Graph