Ishita Juneja Blogs

  In the vast world of computer architecture,   addressing modes in computer architecture  play a crucial role. They help in learning how data gets accessed and manipulated.   Addressing modes define how instructions can locate data in memory. This blog will explore the five major types of addressing modes. You will also dive into their characteristics and benefits. Five Types of Addressing Modes in Computer Architecture Immediate Addressing Mode Immediate addressing mode is one of the fundamental addressing modes in into computer architecture. It allows instructions to use constant values or literals within the instruction itself. In this mode, the data to get operated on is immediately available. Hence, it eliminates the need for memory access or referencing external data sources. It is useful when data needs to get accessed without the overhead of memory fetch operations. It is also used for initializing variables and performing arithmetic calculations. Immediate ...

  In  SQL query interview questions , the focus often revolves around popular SQL queries that frequently arise. Among these queries are five commonly asked: SELECT, INSERT, UPDATE, DELETE, and JOIN.  You will find the introduction to these five queries and their syntax in today's blog. Moreover, you will also learn about the applications of these queries.  SELECT Query The SELECT query is a crucial query to cover for  SQL query interview questions . The SELECT query helps the user to extract information from the databases. It makes it really easy to retrieve data and information from extensive databases.  It is important to be familiar with five main components in the SELECT query when preparing for  SQL query interview questions . Applications of SELECT Query Filtering Data with WHERE Clause The WHERE clause allows you to specify logical operators such as equality, comparison, and logical conditions to narrow down the data retrieved. The logical oper...

In data structures, linked lists are crucial in data organization and management. The two most prevalent implementations of linked lists are singly and doubly linked. Understanding their distinctions is essential for making informed design decisions. This article examines the differences between singly linked lists and doubly linked lists in the data structure, casting light on their structural differences and examining their respective advantages and disadvantages. In addition, it investigates the applications of linked lists in various domains, emphasizing their versatility and utility in solving a vast array of data management issues. By understanding these concepts, developers can optimize their algorithms and data structures with linked lists. What Is a Doubly Linked List in Data Structure? A doubly linked list is a form of linked list in data structures in which each node contains a data element and references (or pointers) to both the previous and subsequent nodes in the sequenc...

  For creating error free codes and generating algorithms within a program, the online compilers and interpreters are some of the best tools available out there.  But, what if we were to tell you that this process can be made a lot easier by using  intermediate code generation  in the compiler?  Well, you read that right!  Installing the right plugins for intermediate code generation, can help you out to compile codes faster than your regular speed!  Generating target codes have been made a lot simpler by the introduction of middle level code generators. These generators basically help the users to compile lines of algorithms that are not only easier to read but also extremely accurate. Are you interested in learning how? If yes, then check this blog for more details on how to use intermediate code generators in your compilers.  What precisely is Intermediate Code Generation (ICG)? The method of converting source code generated using a language us...

Modern programming relies on Python multithreading to unleash concurrent execution. Multithreading allows several execution threads in a single process, improving performance and responsiveness. Python's built-in `threading` module simplifies the creation and management of threads.  This blog post explores the meaning of  multithreading in Python , its benefits, implementation method, and best practices. In addition, the article extends its reach to explain the diverse yet interesting world of  encapsulation in Python , its uses, types, etc. What is Multithreading? Multithreading often means running numerous threads in one process. Threads let programs run several tasks simultaneously.  Multithreading in Python  helps programs handle real-time processing, parallel processing, and dynamic user interfaces.  Threads are lightweight execution units that allow programs to execute multiple operations simultaneously. Each thread has its instructions, program count...

  Remember the time when you used parts of speech like verbs, adjectives in your English class!    These are touted as the building blocks or foundation of the English language. There will be no sentence or structure without them.    Tokens in the programming language play a similar type of role.    When we talk about tokens the concepts like bool, int, private and public are often used.    In a programming language the compiler helps in breaking the line of code into similar texts called tokens. These are touted as the smallest element of Java.   These   java tokens   help make a compiling program more powerful and meaningful.    There are several types of token that every program should know in order to use them effectively in a program.    If you want to know about token and its types, stay till the end of this blog post to equip yourself with the right information.    Let’s get started!  ...

Product-based or product-driven companies focus on developing and selling physical or digital products to customers. Product-based companies  play a crucial role in today's dynamic business landscape. From innovative tech startups to well-established corporations, these companies focus on creating and delivering tangible products that cater to the needs and desires of consumers worldwide. Understanding the intricacies of product-driven companies is essential for entrepreneurs, professionals, and consumers alike, as these organizations shape the market and drive technological advancements. This comprehensive guide aims to provide you with everything you need about product-based companies and why should a web developer work in these companies. Whether you're aspiring to launch your product-based venture, seeking  web development projects , or simply curious about the inner workings of these companies, this guide will serve as your go-to resource. Product-Based Companies Explaine...

Division is essential in the field of mathematics for solving issues and unravelling intricate equations.    Whilst the theory of division may appear simple, there are certainly times when accurate computations are essential, particularly when working with integers. This is when the floor division approach comes into play.   The   floor division in Python  is a statistical procedure that lets us divide data while keeping the quotient as an integer.    In contrast to ordinary division, that frequently yields fractions or decimals, floor division yields a rounded-down final result.    This approach has a unique set of principles and qualities which lend it useful in a variety of mathematics and computer contexts. In this article, we will dive into the complexities behind the floor division technique, looking at its description, application, and advantages.  What is the Floor Division? Floor division in Python  remains an equation that...