Networking and Distributed Systems - Research Paper Example

Research Research into many information technology applications is spearheading the growth of information technologyin various parts of the world. It is vital to understand what most of these applications mean to a great many IT systems. The current and future state of the communications industry depends solely on these applications. It is, therefore, particularly vital to have the groups and people involved address some of the constraints that face this field. They may have the field’s scalability, efficiency and flexibility improved so as to facilitate better functioning of all the operations in place. The advancement in technology can promote or facilitate this functioning by introducing new ideas. Innovation is the key. This means that different synergies can come into play and promote the creation and adoption of new applications (Birman 201). This paper will examine the networking and distributed systems applications and identify how they assist IT in performing basic functions. Detail study of networking and distributed systems A set of machines that are networked together ensure that these applications run smoothly. This network works to attain a common objective or goal. Through the use of networks and distributed systems, the exchange of data is made possible and much easier. All the components present perform their functions as required. They all work to provide services to users and at whatever time they need these services. Networking enables other technologies to take centre stage in the running of operations (Birman 207). Online entertainment is one example of what networking is capable of offering users. Distributed systems allow for the study of computer components. The coordination patterns in the collection are identified and studied through the distributed systems. There is a need to have detailed infrastructure in the creation of these components. All the applications protect the user’s delicate information (Birman 209). This feature was not available in the past as user information was easy to find if the right knowledge was put to task. Nowadays, it takes more than hitting the right keys to access a user’s information. Advantages of networking and distributed systems One of the advantages that these applications offer IT is an avenue to use more speed and accuracy in daily activities. In the past, this was not as easy as it is in present time. They were more expensive and tough to maintain than they are presently. These applications are more common nowadays as individuals are willing to use them to approach different areas in their fields of work. Tasks can now be completed simultaneously through these applications. Calculations may also be carried out without many problems occurring in the system. They offer users quality in the work they are chosen to carry out and they are reliable (Birman 212). A likely advantage that needs to be taken into account for these applications is their predictability. The memory and real-time focus of these applications offer users enough time to concentrate on the tasks present and finish them without fear of losing data in case of power or system failure. The infrastructure that is used in putting these applications together is capable of fostering cooperation between all the components present. This collection of components prepares the user for anything that might prove tough to an ordinary system. This advantage makes the applications efficient, reliable and fast in this ever-expanding technological world (Birman 257). Problems the applications face One of the main problems these applications face is the inadequate techniques and methods that are used to manufacture and control these systems. Single processes are what are used in many cases. This makes the system lack the quality that is required of such performance components. Stringent performance requirements are meant to lead to the creation of distributed systems that are of high quality. However, this is not usually the case when it comes to the said collection of components. This makes it hard for users to gain experience with such systems. This has been a problem for most parts of the IT industry as the skills are left to software engineers to try and fix this problem without using a lot of capital, which is also time consuming (Birman 291). Other problems that face these application systems are the accidental and inherent complexities that occur in the system. The limitations in software and domain challenges lead to the following challenges respectively. Different mechanisms are needed for the communication components to take care of the inherent complexities. If these are not available, a problem arises for all the components present as they interfere with all other functions in the group. The accidental complexities made from the development of low-level components place focus on poorly structured distributed systems (Weijia and Jia 141). This leads to low function of the systems. Feasible solutions to the above problems In the case of accidental complexities, developers should strive to develop high-end platforms and languages. This can help users understand the nature of the system and assist them in performing faster. This is when it comes to functions that require the assistance of these IT applications. The infrastructure should be mature and capable of handling all the working systems to reduce the incompetence that is evident from the distributed systems (Weijia and Jia 143). For the inherent complexities, the synchronization and coordination of components should be parallel to facilitate additional force. This improves the system’s availability and predictability. As for the inadequate methods and techniques, gaining experience about the system is tantamount to reducing the problem of skill among users. Developing high-quality distributed systems is imperative in ensuring this problem is eradicated. Skills and expertise are not only left for engineers who work on the development of these applications. The costly trials are inevitable. It is, therefore, time to spend valuable time trying to learn the platform details about the components (Weijia and Jia 167). This can prevent the failure to address the challenges that rise from the lack of stringent performance measures. In conclusion, it is imperative to understand the impact of IT in the world, today. It is possible to tackle difficulties in the different fields of work present today. It is through such applications that this is made possible. The constant advancement in technology is assisting in this process; making it easier to identify with most of the systems in place. Learning institutions are incorporating the learning of these systems in their curriculum. This helps people become aware of the advantages of such systems and become appreciative of such technological advances (Weijia and Jia 198). Works Cited Birman, Kenneth P. Reliable Distributed Systems: Technologies, Web Services and Applications. New York: Springer, 2005. Print. Weijia, Jia and Wanlei, Zhou. Distributed Network Systems: From Concepts to Implementations. London: Sage Publishers, 2004. Print. Read More