Research Paper On Current And Future Issues In Operating System

Current and Future issues in Operating system

Abstract

Last few decades the use of computer system has been rapidly increased in our lives because of tremendous use in different fields and provide an outstanding way to solve problems. The major reason why computer systems are important parts and successful because of stunning use of graphical Operating systems that are running on such machines. Advancement in computer systems design and the trend to multiple processors manufacturing is becoming more and more powerful for that purpose it is also important to maintain operating systems updated for efficiently and smarter use of hardware components. This paper highlights the current and future issues in operating system, currently computer users

The first computer was created for calculations only but in these days advancement in computer technology has made us fully confident in solving different types of problems within less amount of time. The program (OS) that is running on that machine has played an important role in computer technology. The use of an Operating system is everywhere, it is a master program that is responsible for allocating resources and control execution of process. In these days computers are not called by the name of manufacturers but they are called to be Mac PC or window PC etc. Therefore, changes in programs (Operating systems) have great effects for computer users. Last changes in operating systems like the giant rise from command-line interface to current graphical user interface that made many common tasks easier for the computer users. However, the progress in operating systems is becoming more and more dynamic and classy but still there is remains a lot of work to make them fully confident to take full functionalities of advance computer hardware. In this paper we will highlight some of the key issues that operating system faces and that remain in the world of operating systems as an unconquered challenge. First, in related works we will focus on smart card operating systems and after that we will focus on current issues in operating systems such as security, memory management

In this section of paper, we will focus on smart card operating system such as CAMILLE. It is designed by the University of Lille [2] and Gemplus Research Labs for smart cards devices. The basic purpose of CAMMILE is to support different types of resources used in smart card devices. The basic architecture of CAMMILLE is very close to MIT Exo-Kernel principles and concepts [3]. CAMMILE has four different types of properties for applications such as security, interoperability, portability and extensibility [4]. Embedded code is represented in language called FAC, ADE [5] and source code can be written in widespread languages. CAMMILE shows simple representation of hardware