my study in computer science

Introduction The bicycle, a symbol of freedom and innovation, has a rich history spanning over two centuries. From its earliest form as a wooden frame to the high-tech carbon fiber models of today, the bicycle has continually evolved. Join us on a journey through the complete history of the bicycle, presented in a detailed year-wise timeline. The Dawn of Cycling: 19th Century Innovations 1817: The Draisine Invented by Baron Karl von Drais, this was the first two-wheeled steerable machine, essentially a precursor to the modern bicycle. 1863: The Velocipede or "Boneshaker" Developed by Pierre Michaux and Pierre Lallement, introducing pedals to the design. The Age of Elegance and Speed: Late 19th Century 1870s: The High-Wheeler Known for its large front wheel, these bicycles became a symbol of the era. 1885: The Safety Bicycle John Kemp Starley's design introduced equal-sized wheels and a chain drive, setting the standard for future bicycles. 1888: Pneumatic Tires John Boyd ...

Jordan Walke and the Revolutionary Journey of React JS at Facebook Jordan Walke Portrait Introduction to Jordan Walke: The Brain Behind React JS In the dynamic world of web development, few innovations have made an impact as significant as React JS. At the heart of this revolutionary JavaScript library is Jordan Walke, a software engineer whose vision and expertise while working at Facebook led to a groundbreaking shift in how we build web interfaces today. But who is Jordan Walke, and how did his creation come to be? Let’s delve into the journey of React JS and its creator. The Genesis of React JS at Facebook React JS's story began within the bustling tech corridors of Facebook. Jordan Walke, confronted with the challenges of maintaining dynamic, high-performance user interfaces, saw the need for a more efficient approach. React JS was his answer — a library that introduced a virtual DOM to optimize rendering and a component-based architecture for better code management and reusab...

 what-is-program Programming languages are developed and designed to help programmers process-specific kinds of data consisting of numbers, characters, and strings, and the outcome should provide useful information. A set of instructions to process data is accomplished which is called a "program". Programs are generally categorized into three parts: Applications Utilities Services Programs are written and translated to machine language or machine code by a compiler and linker to execute it directly or run it line-by-line (interpreter).

 what-is-web The web is a hypermedia-based structure that provides a source of browsing information over the internet in a non-sequential format by the use of hyperlinks which redirects users to more resources and information. The  World Wide Web  abbreviated as  WWW  supplies a simple 'point and click' means of exploring and viewing and also storing a large volume of pages of information that are residing on the Internet. Much of the Web's success is because of the simplicity and ease with which it permits users to provide, use and pass on information distributed geographically to the entire world via servers. Moreover, it gives users the ability and simplicity to browse multimedia documents independently of the computer hardware being used. All these data and or information need to reside somewhere. So, a Database structure is essential. The web follows the Client-server model and much of the data and information are kept on the Web is stored in document forma...

 Difference-between-high-level-language-and-low-level-language Programming languages are broadly classified into two types. i.e., low-level languages and high-level languages and there is a big difference between them. Difference Between High-Level Language and Low-Level Language are : High-Level Languages Low-Level Languages High-Level Languages are easy to learn and understand. Low-Level Languages are challenging to learn and understand. They are executed slower than lower-level languages because they require a translator program. They execute with high speed. They allow much more abstraction. They allow little or no abstraction. They do not provide many facilities at the hardware level. They are very close to the hardware and help write a program at the hardware level. For writing programs, hardware knowledge is not required. For writing programs, hardware knowledge is a must. The programs are easy to modify. Modifying programs is difficult. A single statement may exec...

what-is-client-server-architecture The Internet has brought revolutionary change in the world of technologies, bringing the entire globe interconnected. But it follows some specific architecture and structure for communication. The popular is the client-server architecture which is a computing model, where the server hosts, distributes and controls the majority of the resources as well as services to be used by the client. Such structural designs are made up of one or more client systems connected to central or main servers through a network, which we usually know as an Internet connection. All such systems associated with it share computing resources. The client-server architecture is also termed as a network-computing structure because every request and their associated services are distributed over a network. So now the question is how the thing works? In the client-server architecture, when the client computer sends a request for data to the server through the internet, the serv...