Nowadays data processing is usually done on computers. On these computers it is necessary to have an operating system (OS) installed which manages the relationship between application software and hardware managing tasks. This kind of system has worked well so far. However, there are various problems with a built-in operating system. It requires powerful and expensive hardware to operate smoothly. Additionally complex operation knowledge is necessary and often there are compatibility issues among programs. Moreover there is a waste of time due to maintenance and so forth. My solution to the problems mentioned above is an internet-based operating system. In this paper I will describe a way to improve data processing while getting rid of the built-in operating system and its shortcomings. At first I will explain the underlying structure of my solution and in the next part I will suggest how this structure can be realized. Afterwards I will discuss the advantages and disadvantages of my solution and finally I will give a brief overview of current developments of internet-based operating systems.
Table of Contents
1 Introduction
2 Internet-based Operating System
2.1 Hardware requirements
2.1.1 Hardware on the client side
2.1.2 Hardware on the server side
2.2 Software requirements
2.2.1 Software on the client side
2.2.2 Software on the server side
2.3 Advantages and disadvantages of an Internet-based OS
2.3.1 Advantages
2.3.2 Disadvantages
2.4 Future prospects
2.4.1 General prospects
2.4.2 Google OS
2.4.3 Ajax OS
3 Conclusion
Objectives and Core Topics
The primary objective of this paper is to explore the feasibility and structure of an internet-based operating system designed to replace traditional, local operating systems by migrating data processing tasks to remote servers. The research addresses how modern hardware and client-server architectures can enable a more efficient, flexible, and accessible computing environment while overcoming the maintenance and compatibility issues inherent in current systems.
- Transitioning from local to internet-based operating systems.
- Analysis of required hardware and software architectures for client-server models.
- Evaluation of core advantages, including accessibility, flexibility, and reduced hardware requirements.
- Examination of critical challenges such as connection dependency, security, and privacy.
- Review of current industry developments and prototypes like Google OS and Ajax OS.
Excerpt from the Book
2.1 Hardware requirements
Generally the hardware required does not differ very much from today's hardware. In fact everything can be done on available hardware.
2.1.1 Hardware on the client side
Thin clients are widely used today therefore they can be used for the hardware basis on the client side. The very thin client should consist of a monitor with integrated interfaces for all the periphery such as a scanner, the keyboard or a printer. Additionally high speed wired and wireless network should be built-in to connect to the internet everywhere and to upload and receive data. With this solution a powerful CPU and other expensive hardware becomes redundant because the monitor just submits data and receives a video signal. On top of that, with the lack of these components the chance of a system crash will decrease significantly.
The development of the client is a fairly easy task because similar hardware is already available, a bit more complicated will be the development of the server hardware.
Summary of Chapters
1 Introduction: This chapter highlights the limitations of current desktop operating systems, such as maintenance burdens and hardware costs, and introduces the concept of an internet-based OS as an alternative.
2 Internet-based Operating System: This section details the fundamental architecture of the proposed system, focusing on client-server requirements, software implementation, and potential advantages and drawbacks.
3 Conclusion: This chapter summarizes the feasibility of the concept, noting that while the technical implementation remains challenging, the potential for enhanced data processing and user flexibility is significant.
Keywords
Internet-based Operating System, Cloud Computing, Client-Server Principle, Thin Clients, Data Processing, System Architecture, Software Requirements, Web-based Applications, Google OS, Ajax OS, Hardware Infrastructure, Network Security, User Accessibility, System Flexibility.
Frequently Asked Questions
What is the core concept of this research?
The research focuses on the conceptualization of an internet-based operating system that shifts data processing and software management from the user's local machine to a remote server cluster.
What are the primary areas of investigation?
The study examines hardware and software requirements, the benefits and risks of the model, and the future outlook of web-based computing platforms.
What is the central research aim?
The aim is to identify a way to improve data processing and remove the shortcomings of traditional, built-in operating systems.
Which methodology is adopted?
The author uses a structural and comparative analysis, evaluating existing client-server principles and current industry developments to propose a viable architecture.
What is covered in the main section of the paper?
The main section discusses the specific hardware needs for thin clients and server clusters, software design principles, and a detailed pros and cons assessment.
Which terms best characterize this work?
Key terms include internet-based operating systems, thin clients, cluster computing, and cloud-based software deployment.
How does this system affect client-side hardware?
It reduces the need for high-end local hardware, as the thin client primarily handles peripheral input and video output, while heavy processing is offloaded to servers.
What is considered the biggest obstacle for this system?
The author identifies the development and implementation of the server-side software as the most significant technical hurdle.
What role do Google OS and Ajax OS play in this paper?
They serve as real-world examples and case studies that validate the author's theory that internet-based OS development is a growing trend.
Why is privacy mentioned as a concern?
Privacy is a concern because all critical user data is stored centrally on remote servers, which raises issues regarding data security and potential unauthorized access.
- Quote paper
- John-Robert Funck (Author), 2006, Concept of an internet-based operating system, Munich, GRIN Verlag, https://www.grin.com/document/91149
