Muutke küpsiste eelistusi

Python Programming: A Practical Approach [Kõva köide]

1.00/5 (1 hinnangut Goodreads-ist)
, (Agricultural Research Organization - Volcani Centre, Israel), (Bilaspur, India),
  • Formaat: Hardback, 316 pages, kõrgus x laius: 254x178 mm, kaal: 766 g, 28 Tables, black and white; 672 Line drawings, black and white; 672 Illustrations, black and white
  • Ilmumisaeg: 07-Sep-2021
  • Kirjastus: Chapman & Hall/CRC
  • ISBN-10: 1032028491
  • ISBN-13: 9781032028491
Teised raamatud teemal:
Python Programming: A Practical ApproachSuurem pilt
  • Formaat: Hardback, 316 pages, kõrgus x laius: 254x178 mm, kaal: 766 g, 28 Tables, black and white; 672 Line drawings, black and white; 672 Illustrations, black and white
  • Ilmumisaeg: 07-Sep-2021
  • Kirjastus: Chapman & Hall/CRC
  • ISBN-10: 1032028491
  • ISBN-13: 9781032028491
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781032028491.html
Märksõnad:
"Purposefully designed to be instantly applicable, PYTHON PROGRAMMING - A PRACTICAL APPROACH provides implementation examples so that the described subject matter can be immediately implemented, and reader will try to implement same in the practical problems due to well-known versatility of Python in handling different data types with ease"--

Purposefully designed to be instantly applicable, PYTHON PROGRAMMING – A PRACTICAL APPROACH provides implementation examples so that the described subject matter can be immediately implemented by the reader to well-known versatility of Python in handling different data types with ease.



Maintaining a practical perspective, PYTHON PROGRAMMING - A PRACTICAL APPROACH acquaints you with the wonderful world of programming. The book is a starting point for those want to learn programming, in general Python, without presenting any pre-requisite. Backbone of any programming which is the data structure, components such as strings, lists etc. have been illustrated with proper number of examples and enough practice problems to instil a level of self-confidence in the reader.

Drawing on knowledge gained directly from teaching Computer Science as a subject and working on a wide range of projects related to ML, AI, Deep Learning and Block Chain; the authors have tried their best to present the skills for a Python programmer. Once the foundation of Python programming is built and the readers are aware of the exact structure, dimensions, processing, building blocks and representation of data in Python programming, they can readily take up their specific problems from the area of interest and solve same with the help of Python. These include, but are not limited to, Operators, Control Flow, Strings, Functions, Module Processing, Object Oriented Programming, Exception and File Handling, Multithreading, Synchronization, Regular Expressions and Python Database Programming in detail.

This book on Python programming is specially designed to keep the readers busy with learning fundamentals and generate a sense of confidence building by attempting the assignment problems. We firmly believe that adopting to explaining any particular technology deviates you from learning the fundamentals of a programming language. This book is totally focused on helping the readers attempt the implementation in their areas of interest through the skills imparted through this book. We have taken enough caution to present the real essence of Python programming which you can confidently apply in real implementation by using Python as a tool.

Salient Features:

  • Based on the real-world requirements andsolution.

  • Simple presentation without avoiding necessary details of thetopic.

  • Executable programs on almost everytopic.

    • Plenty of exercise questions, designed to test reader’s skills andunderstanding.

    • Purposefully designed to be instantly applicable, PYTHON PROGRAMMING – A PRACTICAL APPROACH provides implementation examples so that the described subject matter can be immediately implemented, and reader will try to implement same in the practical problems due to well-known versatility of Python in handling different data types with ease.

    List of Figures xvii
    List of Tables xix
    Preface xxi
    Content and Structure xxiii
    Acknowledgements xxv
    About the Authors xxvii
    1 Introduction to Python Programming 1(8)
    1.1 Introduction
    		1(1)
    1.2 Importance
    		2(1)
    1.3 Limitations of Python
    		2(1)
    1.4 Python Impressions
    		3(1)
    1.5 How to Run Python
    		3(2)
    1.5.1 From the Command Line
    		3(1)
    1.5.2 From the Integrated Development Environment (IDLE)
    		4(1)
    1.6 Internal Working of Python
    		5(1)
    1.7 Comments in Python
    		5(2)
    1.8 Conclusion
    		7(1)
    Review Questions
    		7(1)
    Programming Assignments
    		7(2)
    2 Basics of Python Programming 9(24)
    2.1 Introduction
    		9(1)
    2.2 Identifiers
    		9(1)
    2.2.1 Rules to Declare the Identifier
    		9(1)
    2.2.2 Characteristics of the Identifier
    		10(1)
    2.3 Reserved Keywords
    		10(1)
    2.4 Literals
    		11(1)
    2.5 Fundamental Data Types
    		12(3)
    2.5.1 Integer Numbers
    		12(1)
    2.5.2 Floating Point Numbers
    		13(1)
    2.5.3 Complex Numbers
    		13(1)
    2.5.4 Boolean Type
    		14(1)
    2.5.5 String Type
    		14(1)
    2.6 Base Conversion
    		15(1)
    2.7 Type Casting
    		16(7)
    2.7.1 Integer: Int()
    		16(1)
    2.7.2 Floating Point: Float()
    		17(1)
    2.7.3 Complex Numbers: Complex()
    		17(1)
    2.7.4 Boolean: Bool()
    		18(1)
    2.7.5 String: Str()
    		18(1)
    2.7.6 Bytes Data Type: Bytes()
    		19(1)
    2.7.7 Byte Array Data Type: Bytearray()
    		19(1)
    2.7.8 List Data Type: List[ ]
    		20(1)
    2.7.9 Tuple Data Type: Tuple()
    		20(1)
    2.7.10 Range Data Type: Range()
    		21(1)
    2.7.11 Set Data Type: Set{}
    		22(1)
    2.7.12 Frozenset Data Type: Frozenset()
    		22(1)
    2.7.13 Dictionary Data Type: Dict{}
    		22(1)
    2.7.14 None Data Type: None
    		23(1)
    2.8 Escape Characters
    		23(1)
    2.9 Input() Function
    		24(2)
    2.10 Evaluate: Eval() Function
    		26(1)
    2.11 Command Line Arguments
    		26(1)
    2.12 Print: Print() Function
    		27(3)
    2.13 Delete Statement
    		30(1)
    2.14 Conclusion
    		30(1)
    Review Questions
    		30(1)
    Programming Assignments
    		31(2)
    3 Operators in Python 33(14)
    3.1 Introduction
    		33(1)
    3.2 Operators
    		33(10)
    3.2.1 Arithmetic Operators
    		34(1)
    3.2.2 Relational Operators
    		35(1)
    3.2.3 Logical Operators
    		36(2)
    3.2.4 Bitwise Operators
    		38(2)
    3.2.5 Assignment Operators
    		40(1)
    3.2.6 Ternary Operator or Conditional Operator
    		41(1)
    3.2.7 Special Operators
    		42(5)
    3.2.7.1 Identity Operator
    		42(1)
    3.2.7.2 Membership Operator
    		43(1)
    3.3 Operator Precedence
    		43(2)
    3.4 Conclusion
    		45(1)
    Review Questions
    		45(1)
    Programming Assignments
    		45(2)
    4 Control Flow in Python 47(12)
    4.1 Introduction
    		47(1)
    4.2 Conditional Statements
    		47(3)
    4.2.1 If Statement
    		48(1)
    4.2.2 If-Else Statement
    		48(1)
    4.2.3 If-Elif-Else Statement
    		48(2)
    4.3 Iterative Statements
    		50(3)
    4.3.1 For Loop
    		50(2)
    4.3.2 While Loop
    		52(1)
    4.3.3 Nested Loops
    		53(1)
    4.4 Transfer Statements
    		53(2)
    4.4.1 Break Statement
    		53(1)
    4.4.2 Continue Statement
    		54(1)
    4.4.3 Pass Statement
    		55(1)
    4.5 Loops with Else Block
    		55(1)
    4.6 Conclusion
    		56(1)
    Review Questions
    		56(1)
    Programming Assignments
    		57(2)
    5 Strings 59(24)
    5.1 Introduction
    		59(1)
    5.2 Multiline String Literals
    		59(1)
    5.3 Accessing Characters of String
    		60(3)
    5.3.1 By Using Index
    		60(1)
    5.3.2 By Using Slice Operator
    		61(4)
    5.3.2.1 Behavior of Slice Operator
    		61(1)
    5.3.2.2 Slice Operator Case Study
    		62(1)
    5.4 Mathematical Operators for Strings
    		63(1)
    5.5 Len() Function
    		63(1)
    5.6 Checking Membership
    		64(1)
    5.7 String Operations
    		65(7)
    5.7.1 Comparison of Strings
    		65(1)
    5.7.2 Removing Spaces from a String
    		65(1)
    5.7.3 Finding Sub-strings
    		66(1)
    5.7.4 Index()
    		66(1)
    5.7.5 Methods to Count Sub-string in the Main String
    		67(1)
    5.7.6 Replacing a String with Another String
    		68(1)
    5.7.7 Splitting of Strings
    		68(1)
    5.7.8 Method to Join the Strings
    		69(1)
    5.7.9 Methods to Change the Case of a String
    		69(1)
    5.7.10 Method to Check the Start and End Part of String
    		70(1)
    5.7.11 Methods for Checking the Type of Characters
    		70(2)
    5.8 Formatting of the Strings
    		72(8)
    5.8.1 Case 1: Formatting (Default, Positional, and Keyword Arguments)
    		72(1)
    5.8.2 Case 2: Formatting of Numbers
    		72(1)
    5.8.3 Case 3: Formatting for Signed Numbers
    		73(1)
    5.8.4 Case 4: Number Formatting with Alignment
    		73(1)
    5.8.5 Case 5: String Formatting with Format()
    		74(1)
    5.8.6 Case 6: Truncating Strings Using Format() Method
    		74(1)
    5.8.7 Case 7: Formatting Dictionary Members Using Format() Method
    		74(1)
    5.8.8 Case 8: Formatting Class Members Using Format() Method
    		75(1)
    5.8.9 Case 9: Dynamic Formatting Using Format()
    		75(1)
    5.8.10 Case 10: Dynamic Float Format Template
    		75(1)
    5.8.11 Case 11: Formatting Date Values
    		76(1)
    5.8.12 Case 12: Formatting Complex Numbers
    		76(4)
    5.9 Conclusion
    		80(1)
    Review Questions
    		81(1)
    Programming Assignments
    		81(2)
    6 Data Structures in Python 83(32)
    6.1 Introduction
    		83(1)
    6.2 List
    		83(12)
    6.2.1 Creation of List Objects
    		84(1)
    6.2.1.1 With Dynamic Input
    		84(1)
    6.2.1.2 With List() Function
    		84(1)
    6.2.1.3 With Split() Function
    		84(1)
    6.2.2 Accessing Elements of a List
    		84(1)
    6.2.2.1 By Using an Index
    		85(1)
    6.2.2.2 By Using a Slice Operator
    		85(1)
    6.2.3 List vs Mutability
    		85(1)
    6.2.4 Traversing the Elements of a List
    		85(1)
    6.2.4.1 By Using the While Loop
    		86(1)
    6.2.4.2 By Using the For Loop
    		86(1)
    6.2.5 Important Functions of a List
    		86(4)
    6.2.5.1 To Get Information about a List
    		86(1)
    6.2.5.2 Manipulating Elements of a List
    		87(2)
    6.2.5.3 Ordering Elements of a List
    		89(1)
    6.2.6 Aliasing and Cloning of List Objects
    		90(1)
    6.2.6.1 By Using the Slice Operator
    		91(1)
    6.2.6.2 By Using the Copy() Function
    		91(1)
    6.2.7 Using Mathematical Operators for List Objects
    		91(1)
    6.2.7.1 Concatenation Operator(+)
    		91(1)
    6.2.7.2 Repetition Operator(*)
    		91(1)
    6.2.8 Comparing List Objects
    		92(1)
    6.2.9 Membership Operators
    		92(1)
    6.2.10 Clear() Function
    		93(1)
    6.2.11 Nested List
    		93(1)
    6.2.12 List Comprehensions
    		94(1)
    6.3 Tuple
    		95(5)
    6.3.1 Tuple Creation
    		95(1)
    6.3.2 Accessing Elements of a Tuple
    		96(1)
    6.3.2.1 By Using the Index
    		96(1)
    6.3.2.2 By Using the Slice Operator
    		96(1)
    6.3.3 Tuple vs Immutability
    		96(1)
    6.3.4 Mathematical Operators for a Tuple
    		96(1)
    6.3.5 Important Functions of a Tuple
    		97(1)
    6.3.6 Tuple Packing and Unpacking
    		98(1)
    6.3.7 Tuple Comprehension
    		99(1)
    6.4 Set
    		100(5)
    6.4.1 Creation of Set Objects
    		100(1)
    6.4.2 Important Functions of a Set
    		101(2)
    6.4.3 Mathematical Operations on a Set
    		103(1)
    6.4.4 Set Comprehension
    		104(1)
    6.5 Dictionary
    		105(6)
    6.5.1 Creating a Dictionary
    		105(1)
    6.5.2 Accessing Data from a Dictionary
    		106(1)
    6.5.3 Updating a Dictionary
    		106(1)
    6.5.4 Deleting Elements from a Dictionary
    		107(1)
    6.5.5 Important Functions of a Dictionary
    		108(3)
    6.5.6 Dictionary Comprehension
    		111(1)
    6.6 Conclusion
    		111(1)
    Review Questions
    		112(1)
    Programming Assignments
    		112(3)
    7 Functions 115(20)
    7.1 Introduction
    		115(1)
    7.2 Types of Functions
    		115(1)
    7.2.1 Built-in Functions
    		115(1)
    7.2.2 User-Defined Functions
    		115(1)
    7.3 Return Statement
    		116(2)
    7.4 Arguments in a Function
    		118(3)
    7.4.1 Positional Arguments
    		118(1)
    7.4.2 Keyword Arguments
    		119(1)
    7.4.3 Default Arguments
    		119(1)
    7.4.4 Variable Length Arguments
    		119(2)
    7.5 Scope of Variables
    		121(1)
    7.5.1 Global Variables
    		121(1)
    7.5.2 Local Variables
    		122(1)
    7.6 Global Keyword
    		122(1)
    7.7 Recursive Function
    		123(1)
    7.8 Lambda Function
    		123(1)
    7.9 Filter() Function
    		124(1)
    7.10 Map() Function
    		125(1)
    7.11 Reduce() Function
    		126(1)
    7.12 Function Aliasing
    		126(1)
    7.13 Nested Functions
    		127(1)
    7.14 Decorator Functions
    		128(3)
    7.14.1 Calling of a Same Function Using and without Using a Decorator
    		129(1)
    7.14.2 Decorator Chaining
    		130(1)
    7.15 Generator Functions
    		131(2)
    7.16 Conclusion
    		133(1)
    Review Questions
    		133(1)
    Programming Assignments
    		134(1)
    8 Modules 135(12)
    8.1 Introduction
    		135(1)
    8.2 Module Aliasing
    		136(1)
    8.3 Member Aliasing
    		137(1)
    8.4 Reloading a Module
    		137(1)
    8.5 Dir() Function
    		138(2)
    8.6 Math Module
    		140(2)
    8.7 Random Module
    		142(3)
    8.8 Packages
    		145(1)
    8.9 Conclusion
    		145(1)
    Review Questions
    		145(1)
    Programming Assignments
    		146(1)
    9 Basic Concepts of Object-Oriented Programming 147(20)
    9.1 Introduction
    		147(1)
    9.2 Class
    		147(1)
    9.3 Object
    		148(1)
    9.4 Self Variable
    		149(1)
    9.5 Constructor
    		149(1)
    9.6 Types of Variables
    		150(10)
    9.6.1 Instance Variables
    		150(3)
    9.6.1.1 Declaring Instance Variables
    		150(1)
    9.6.1.2 Accessing Instance Variables
    		151(1)
    9.6.1.3 Deleting Instance Variables
    		152(1)
    9.6.2 Static Variables
    		153(6)
    9.6.2.1 Declaration of Static Variables
    		153(1)
    9.6.2.2 Accessing Static Variables
    		154(3)
    9.6.2.3 Deleting Static Variables
    		157(2)
    9.6.3 Local Variables
    		159(1)
    9.7 Types of Methods
    		160(2)
    9.7.1 Instance Methods
    		160(1)
    9.7.2 Class Methods
    		161(1)
    9.7.3 Static Methods
    		162(1)
    9.8 Setter and Getter Methods
    		162(1)
    9.9 Passing Members of One Class to Other Class
    		163(1)
    9.10 Conclusion
    		164(1)
    Review Questions
    		164(1)
    Programming Assignments
    		164(3)
    10 Advanced Concepts of Object-Oriented Programming 167(36)
    10.1 Introduction
    		167(1)
    10.2 Inner Class
    		167(2)
    10.3 Garbage Collection
    		169(1)
    10.4 Destructor
    		170(1)
    10.5 Finding the Number of References of an Object
    		171(1)
    10.6 Encapsulation
    		171(1)
    10.7 Inheritance
    		172(5)
    10.7.1 By Composition (HAS-A Relationship)
    		172(2)
    10.7.2 By Inheritance (IS-A Relationship)
    		174(3)
    10.8 Aggregation vs Composition
    		177(1)
    10.9 Inheritance
    		178(4)
    10.9.1 Single Inheritance
    		178(1)
    10.9.2 Multilevel Inheritance
    		179(1)
    10.9.3 Hierarchical Inheritance
    		179(1)
    10.9.4 Multiple Inheritances
    		180(1)
    10.9.5 Hybrid Inheritance
    		181(1)
    10.9.6 Cyclic Inheritance
    		181(1)
    10.10 Method Resolution Order (MRO)
    		182(1)
    10.11 Super() Method
    		183(4)
    10.11.1 Calling Method of a Specific Super Class
    		184(3)
    10.12 Polymorphism
    		187(7)
    10.12.1 Duck Typing Philosophy
    		187(2)
    10.12.2 Overloading
    		189(3)
    10.12.2.1 Operator Overloading
    		189(2)
    10.12.2.2 Method Overloading
    		191(1)
    10.12.2.3 Constructor Overloading
    		192(1)
    10.12.3 Overriding
    		192(5)
    10.12.3.1 Method Overriding
    		192(2)
    10.13 Abstract Class
    		194(2)
    10.14 Abstract Method
    		196(1)
    10.15 Interface
    		197(2)
    10.15.1 Concrete Class vs Abstract Class vs Interface
    		197(1)
    10.15.2 Public, Protected, and Private Attributes
    		198(1)
    10.16 _str_() Method
    		199(1)
    10.17 Conclusion
    		200(1)
    Review Questions
    		200(1)
    Programming Assignments
    		200(3)
    11 Exception Handling 203(14)
    11.1 Introduction
    		203(1)
    11.2 Types of Error
    		203(1)
    11.3 Exception
    		204(1)
    11.4 Default Exception Handling
    		205(1)
    11.5 Customized Exception Handling: Using Try-Except
    		205(1)
    11.6 Multiple Except Blocks
    		206(3)
    11.6.1 Multiple Exceptions in a Single Except Block
    		208(1)
    11.6.2 Default Except Block
    		208(1)
    11.7 The Finally Block
    		209(1)
    11.7.1 Control Flow in Try-Except-Finally
    		210(1)
    11.8 Nested Try-Except-Finally Block
    		210(3)
    11.8.1 Control Flow in Nested Try-Except-Finally Block
    		211(1)
    11.8.2 Else Block with Try-Except-Finally
    		212(1)
    11.9 Types of Exception
    		213(1)
    11.10 Raise User-Defined Exception
    		213(1)
    11.11 Assertion
    		214(1)
    11.12 Conclusion
    		215(1)
    Review Questions
    		215(1)
    Programming Assignments
    		215(2)
    12 File Handling 217(18)
    12.1 Introduction
    		217(4)
    12.1.1 Opening and Closing a File
    		217(1)
    12.1.2 Attributes of a File Object
    		218(1)
    12.1.3 Writing and Reading Data to Text Files
    		218(3)
    12.2 With Statement
    		221(1)
    12.3 The Seek() and Tell() Methods
    		221(1)
    12.3.1 Tell() Method
    		221(1)
    12.3.2 Seek() Method
    		221(1)
    12.4 Testing the Existence of a File
    		222(2)
    12.5 Handling Binary Data
    		224(1)
    12.6 Handling CSV Files
    		224(1)
    12.6.1 Writing Data to a CSV File
    		224(1)
    12.6.2 Reading Data from a CSV File
    		225(1)
    12.7 Zipping and Unzipping Files
    		225(2)
    12.7.1 To Create a Zip File
    		226(1)
    12.7.2 To Perform Unzip Operations
    		226(1)
    12.8 Directory
    		227(2)
    12.8.1 Operations on a Directory
    		227(2)
    12.9 To Get Information about a File
    		229(1)
    12.9.1 Displaying Statistics of a File
    		230(1)
    12.9.2 To Print Specified Properties
    		230(1)
    12.10 Pickling and Unpickling of Objects
    		230(2)
    12.10.1 Reading and Writing the State-of-Objects
    		231(1)
    12.10.2 Writing Multiple Objects
    		231(1)
    12.11 Conclusion
    		232(1)
    Review Questions
    		232(1)
    Programming Assignments
    		233(2)
    13 Multithreading 235(12)
    13.1 Introduction
    		235(1)
    13.2 Ways of Creating a Thread
    		235(3)
    13.2.1 Creation of a Thread without Using any Class
    		236(1)
    13.2.2 Creation of a Thread by Extending the Thread Class
    		236(1)
    13.2.3 Creation of a Thread without Extending the Thread Class
    		237(1)
    13.3 Setting and Getting Name of a Thread
    		238(1)
    13.4 Thread Identification Number
    		239(1)
    13.5 Active_count() Function
    		239(1)
    13.6 Enumerate Function
    		240(1)
    13.7 IsAlive() Method
    		240(1)
    13.8 Join() Method
    		241(2)
    13.9 Daemon Thread
    		243(2)
    13.10 Conclusion
    		245(1)
    Review Questions
    		245(1)
    Programming Assignments
    		246(1)
    14 Synchronization 247(14)
    14.1 Introduction
    		247(5)
    14.1.1 By Using the Lock Concept
    		248(1)
    14.1.2 By Using RLock
    		249(1)
    14.1.3 By Using Semaphore
    		250(2)
    14.2 Inter-Thread Communication
    		252(4)
    14.2.1 By Using Event Objects
    		252(1)
    14.2.2 By Using a Condition Object
    		253(2)
    14.2.3 By Using Queue
    		255(1)
    14.3 Variants of Queues
    		256(1)
    14.3.1 First-In-First-Out Queue
    		256(1)
    14.3.2 Last-In-First-Out Queue
    		256(1)
    14.3.3 Priority Queue
    		256(1)
    14.4 Usage of Locks
    		257(2)
    14.5 Conclusion
    		259(1)
    Review Questions
    		259(1)
    Programming Assignments
    		259(2)
    15 Regular Expressions and Web Scraping 261(16)
    15.1 Introduction
    		261(7)
    15.1.1 Character Classes
    		262(2)
    15.1.2 Pre-defined Character Classes
    		264(2)
    15.1.3 Quantifiers
    		266(2)
    15.2 Functions of Re Module
    		268(4)
    15.2.1 Match()
    		268(1)
    15.2.2 Fullmatch()
    		268(1)
    15.2.3 Search()
    		269(1)
    15.2.4 Findall()
    		269(1)
    15.2.5 Finditer()
    		269(1)
    15.2.6 Sub()
    		270(1)
    15.2.7 Subn()
    		270(1)
    15.2.8 Split()
    		270(1)
    15.2.9 ^ Symbol
    		271(1)
    15.2.10 $ Symbol
    		271(1)
    15.3 Web Scraping
    		272(2)
    15.4 Conclusion
    		274(1)
    Review Questions
    		275(1)
    Programming Assignment
    		275(2)
    16 Database Programming 277(10)
    16.1 Introduction
    		277(1)
    16.2 File System
    		277(1)
    16.3 Database
    		277(7)
    16.3.1 Python Database Programming
    		278(1)
    16.3.2 Working with the Oracle Database
    		279(3)
    16.3.3 Working with the MySQL Database
    		282(2)
    16.4 Conclusion
    		284(1)
    Review Questions
    		285(1)
    Programming Assignments
    		285(2)
    Appendix A: Mini Projects 287(14)
    Appendix B: Socket Programming in Python 301(4)
    Appendix C: Parallel Processing in Python 305(4)
    Index 309
    Vijay Kumar Sharma, is an Assistant Professor in the Department of Computer Science & Engineering at MIET, Meerut, (U.P), India. He received his B.Tech Degree in 2012 from Uttar Pradesh Technical University, Lucknow and M.Tech degree in 2017 from Motilal Nehru National Institute of Technology, Allahabad, India. He has published various research papers in International and National Journals and Conferences of high repute. His research interests lies in the area of Cloud Computing, Artificial Intelligence and Blockchain Technology. Various achievements in programming field like winner in Coding Competition Zonal Level 2019, winner in Smart India Hackathon 2019, winner of India-EU-ICT Smart City Hackathon 2019 Pune.

    Vimal Kumar is an Associate Professor in the Department of Computer Science & Engineering at MIET, Meerut, (U.P), India. He received his B.Tech Degree in 2007 from Uttar Pradesh Technical University, Lucknow and M.Tech degree in Information Security from Motilal Nehru National Institute of Technology, Allahabad, India in 2011. He did his Ph.D in Computer Science and Engineering from MMMEC, Gorakhpur (AKTU, Lucknow), India in 2017. He has published a large number of research papers in International and National journals and conferences of high repute. His research interests lie in Mobile Ad hoc Network, Network Security and Network Forensics.

    Swati Sharma did her graduation in Information Technology with Honrs. degree in 2010 and M.Tech with Honrs. degree in 2015. She did her Ph.D. in Computer Science and Engineering. An academician with more than 10 years of teaching experience authored more than a dozen of research papers in reputed Scopus indexed journals, International Journal and IEEE Conferences to her credit. Her areas of interest are Data Mining, Data Analysis, Algorithm Analysis and Design. She is currently doing research in the area of Data Analysis. She has national level certifications on Python and R programming language. She is certified from IBM Db2, RAD, RSA and RTC. She is the prime author of the book, Neural Network and Fuzzy Time Series by International publisher Lambert Academic Publishing.

    Shashwat Pathak did his graduation in Electronics and Communication Engineering in the year 2009. Later, he completed his Masters in Communication Technology from the Department of Electronics and Communication, University of Allahabad, Prayagraj, India in the year 2012. He earned his Ph.D. from the Department of Electronics and Communication Engineering, Motilal Nehru National Institute of Technology Allahabad, Prayagraj, India (MNNIT Allahabad) in December 2017. His research interest includes Wireless Communication, Telemedicine Systems and Services, Digital Image Processing and designing medical diagnostics & assisting devices for patients. He has received Incubation Offer from Incubation centre, IIT Patna, seed funded by Ministry of Electronics and IT (MeiTY), GoI for his thesis problems solution "Portable and Automated Cataract Detection and Grading System". He is co-founder and MD of Electro CurietechPvt. Ltd. which works in the area of Medical Electronics, Telemedicine solutions, office IT solutions and consultancy on sustainability. He is Center In-Charge of Atal Community Innovation Center MIET Meerut Foundation, where he is majorly involved in nurturing students and nearby communities for creating impact making innovations and ventures for social causes.