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Tech Basics Explained

At Tech Basics Explained, we aim to make technology accessible and understandable for everyone. Whether you're a beginner eager to dive into the tech world or a professional looking to refresh your foundational knowledge, our blog is your ultimate resource for comprehending the core principles of technology. In today's fast-paced digital age, grasping the basics of technology is essential. Our blog is dedicated to breaking down complex tech concepts into simple, easy-to-understand language.

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Performance and Load Testing with Apache JMeter: A Comprehensive Guide

on December 12, 2024

#ApacheJMeter #DevOps #LoadTesting #SoftwareEngineering #SoftwareTesting #TechTips #WebPerformance

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The Rise of AI and Its Impact on the Tech Industry: Insights from Telusko's Journey

on November 08, 2024

AI AI Adoption Career Advice Continuous Learning Industry Trends JavaScript Networking Skills Practical Skills Python React Software Development Tech Education Tech Industry Telusko web development

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Demystifying UX/UI Design and Product Management for Developers

on October 29, 2024

Cross-Functional Teams Developer Guide to UX/UI Product Design Roles Product Management Product Manager Tasks Restaurant UX/UI User Experience vs. User Interface UX/UI Design Basics

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How to Automatically Start a Spring Boot Application After an Ubuntu Server Reboot

on August 29, 2024

application deployment auto-start DevOps Java Linux server administration server reboot service management Spring Boot systemd Ubuntu

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Setting Up CI/CD for Spring Boot Application with GitHub Actions and Docker

on August 04, 2024

Automation Build Pipeline CI/CD Continuous Integration Deployment DevOps Docker Docker Hub GitHub Actions Java Maven Spring Boot

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Building and Dockerizing an Angular Application: A Step-by-Step Guide

on August 03, 2024

Angular Angular 17 Build Process CI/CD Containerization Deployment Docker Dockerfile Frontend Nginx Tech Tutorial web development

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Decoding Internet Speeds: Bit Rate, Bandwidth, and Latency Explained

on July 02, 2024

bandwidth binary communication bit rate broadband internet data transfer download speed internet connection internet speed latency line coding Mbps network communication network latency upload speed

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Understanding the Internet: The Backbone of Modern Connectivity

on July 01, 2024

Computer Networks Data Transmission Fiber-Optic Cables Internet Internet Infrastructure Internet Protocols LAN Network Topologies Networking Technologies WAN Wireless Connections

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Exploring the Contents of HTTP and HTTPS Requests and Responses in Depth

on June 20, 2024

client-server communication DELETE GET HTTP HTTP headers HTTP methods HTTP protocol HTTP request HTTP response PATCH POST PUT status codes web development web server

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Popular Posts

Understanding Lossy Compression Algorithms: Balancing Quality and File Size

Lossy compression algorithms are techniques designed to reduce file size by discarding less critical information. While losing data might seem undesirable, it's often necessary for large files like photos, videos, and audio recordings. The key is that these algorithms remove details that are less noticeable to human perception, making it possible to maintain a high level of quality while significantly reducing file size. The Perception of Detail Computers can capture an incredible amount of detail in a photo, but how much of that detail is actually perceivable by humans? It turns out, not all of it. Lossy compression algorithms cleverly remove some of this detail in ways that are minimally noticeable to us. For instance, consider a high-resolution photo of a landscape. high-resolution photo Now, imagine that same photo compressed to half its original size. At a quick glance, the difference is hardly noticeable. Even with closer inspection, the loss of detail is a small price to pay...

What's So Special About 8 Bits? The Fascinating World of the Byte

If you've ever dabbled in the world of computing, you've likely encountered the term "byte." But what makes 8 bits—collectively known as a byte—so special that it deserves its own name? To understand this, we need to explore the historical roots, the significance of bytes in modern computing, and their versatile roles. A Byte-Sized Introduction A byte is a group of 8 bits. Bits are the most fundamental units of data in computing, representing a binary value of either 0 or 1. When you string 8 of these bits together, you get a byte, which can represent a wide range of information, from numbers to letters, instructions, and more. Why 8 Bits? The concept of a byte was popularized by IBM in the 1960s. They chose 8 bits because it provided a practical balance between sufficient data representation and manageable hardware complexity. An 8-bit grouping allows for 256 unique combinations (from 0 to 255), which was ideal for many computing tasks at the time, and it has continu...

Understanding the Basics of Computer Binary Systems

The world of computer science is built on the fascinating and fundamental concept of binary systems. Computers process information through ones and zeroes, known as bits, which represent electrical signals as on or off. This binary system forms the foundation for the storage and manipulation of data, enabling the representation of complex information such as numbers, text, images, and sound. Storing Text Text storage in computers involves assigning a unique number to each letter and character. For example, "A" might be represented by the number 1, "B" by 2, and so forth. These numbers are then converted into binary values that the computer can store and process. This system, known as ASCII (American Standard Code for Information Interchange), allows computers to handle textual information efficiently. Storing Images Images are composed of tiny dots called pixels, with each pixel having a specific color. The color of each pixel can be represented by a numerical value...

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Tech Basics Explained