The Data Structure and Algorithm Assignment for CS201 focuses on key concepts in computer science, including data differentiation, algorithm characteristics, and data structure types. It covers both linear and non-linear data structures, providing examples and explanations. Students will explore algorithms, time and space complexity, and asymptotic notations. The assignment also includes practical tasks such as implementing linked lists and polynomial representations. This resource is essential for first-year computer science students seeking to understand foundational programming concepts.

Key Points

  • Explains the differences between data, information, and data structures.
  • Covers algorithm characteristics and analysis, including time and space complexity.
  • Includes practical tasks for implementing linked lists and polynomial representations.
  • Differentiates between linear and non-linear data structures with examples.
112_KOUSHIK BADYAKAR_CSE
1 page
Language:English
Type:Assignment
Algorithms & Data Structures
112_KOUSHIK BADYAKAR_CSE
1 page
Language:English
Type:Assignment
Algorithms & Data Structures
392
/ 1
Assignment 1
Department: Computer Science and Engineering
1
st
Year, Second Semester
Subject: Data Structure and Algorithm
Subject Code: CS201
1. Differentiate between Data, Information, and Data Structure. What is an
Abstract Data Type (ADT)? Differentiate between Linear and Non-Linear Data
Structures with examples.
2. What is an Algorithm? Write down the four characteristics of an algorithm.
What is analysis of algorithms? Explain time and space complexity along with
all asymptotic notations.
3. Differentiate between an Array and a Linked List with proper representation.
Write an algorithm to implement a sequential list with the following operations:
Insertion
Deletion
Traversal
Update
4. Write algorithms to implement a Linked List with the following features:
Insertion (at the beginning, end, and a specified position)
Deletion (from the beginning, end, and a specified position)
Display (traverse the linked list)
5. Define different types of Linked Lists with example and proper
representation.
6. A 2D array A[4][5] is stored in row-major order.
The base address (B) of the array is 1000, and each element occupies 2 bytes.
i) Find the address of element A[2][3].
ii) Now find address of A[2][2] in row-major matrix for same base address.
7. Consider this two polynomials:
P
(
x
)
=6 x
4
+3 x
3
+0 x
2
+5
Q
(
x
)
=4 x
5
+2 x
4
+x
2
+7
Represent both of these polynomials using Array and Linked List. Add these two
polynomials and display the result.
/ 1
End of Document
392

You May Also Like

FAQs

what is data structure and algorithm assignment - cs201 about

The Data Structure and Algorithm Assignment - CS201 focuses on fundamental concepts in computer science, specifically the organization and manipulation of data.

  • It covers key topics such as data types, algorithms, and their efficiencies.
  • Students learn to differentiate between various data structures like arrays, linked lists, and trees.
  • Assignments typically include practical implementations and theoretical questions to reinforce understanding.

what are the characteristics of algorithms in data structure and algorithm assignment - cs201

In the Data Structure and Algorithm Assignment - CS201, algorithms are defined by four key characteristics.

  • Finiteness: An algorithm must terminate after a finite number of steps.
  • Definiteness: Each step of the algorithm must be precisely defined.
  • Input: An algorithm can have zero or more inputs.
  • Output: An algorithm produces one or more outputs.

how to implement a linked list in data structure and algorithm assignment - cs201

The Data Structure and Algorithm Assignment - CS201 provides guidelines for implementing a linked list.

  • Key operations include insertion at various positions, deletion, and traversal.
  • For insertion, you can add nodes at the beginning, end, or a specified position.
  • Deletion can occur from the beginning, end, or a specified position as well.
  • Traversal allows you to display all elements in the linked list.

what is the difference between array and linked list in data structure and algorithm assignment - cs201

The Data Structure and Algorithm Assignment - CS201 highlights key differences between arrays and linked lists.

FeatureArrayLinked List
SizeFixed sizeDynamically sized
Memory AllocationContiguous memoryNon-contiguous memory
Access TimeFaster (O(1))Slower (O(n))
Insertion/DeletionCostly (O(n))Efficient (O(1) for head/tail)

how to analyze algorithms in data structure and algorithm assignment - cs201

Analyzing algorithms is a crucial aspect of the Data Structure and Algorithm Assignment - CS201.

  • The analysis focuses on time complexity and space complexity.
  • Time complexity measures the amount of time an algorithm takes to complete based on input size.
  • Space complexity evaluates the memory space required by the algorithm.
  • Common asymptotic notations include Big O, Big Theta, and Big Omega.

what types of linked lists are covered in data structure and algorithm assignment - cs201

The Data Structure and Algorithm Assignment - CS201 covers several types of linked lists.

  • Single Linked List: Each node points to the next node.
  • Doubly Linked List: Nodes have pointers to both next and previous nodes.
  • Circular Linked List: The last node points back to the first node, forming a circle.