Distributed systems

In the internet age

In the internet age, distributed systems have evolved to increase enterprise distribution and focus on the networking of information in many locations. A network-distributed system’s hardware or software component is intended to play a substantial role in communication and action coordination via transferring messages (Sarbazi-Azad and Zomaya 24). The majority of networks are linked to a single system known as the World Wide Web, which businesses utilize to assess the success elements for their online presence. The discussion mentioned in this paper has designed networks in businesses in formats of functionality and the cost of implementation as well as regarding how much time the implementation of a system in an organization is going to take. The network design shown is structured in a way that it maintains secure communication and has room for growth. Security and personal privacy are currently centered in the development of a good network for the information passed may sometimes be sensitive meant only for specific organizations. The design of effective security solutions in a large-scale model agency users use systems that are typically from other companies, and they can run concurrently.

The implications of these studies strategies of network design

The implications of these studies strategies of network design, ripples on the security of the network and the security of passing information over the network. It also influences the scalability of network and how. Distributed privacy has been used as a system of sharing resources with the companies in different geographical locations (Misra, Misra and Woungang 34). The study focuses on the exchange of recourses within organizations and the security frameworks used to design and implement a network distributed system.

Cost implications have to be considered

Cost implications have to be considered, as the network requires devices that are essential to working in an extensive network organization. Well distributed systems need consistency and availability, which gives dependency of the organization to rely on it as a means of communication. That is why the security of such a network must be ensured for growth.

4.2 Consistency of the Study about Distributed Systems

The value of the networking protocol and design layers emphasis in the sharing of information and the results of such kind of networking. The discussion is constituent to show how networking and the foundations of that in any distributed network. The results of the study show the TCP/IP layers as the backbone of networking in the Internet age. The adoption of the networking standards is crucial for any design team and used as network connecting protocols. The distribution of a network across a vast region is usually implemented as a network connecting other smaller networks to each other.

A wide area network (WAN) improves the geographical location

A wide area network (WAN) improves the geographical location of the enterprise and assist in sharing of information securely. Network share information and due to this consistent passing, there is a significant increase in the way companies synchronize their business processes. A good design gives network designers the perfect topology to use in the implementation of the distrusted system. The topology of a small enterprise should best be intended as peer-to-peer network type for few machines involved. In large-scale distributed systems, the client server topology can best apply in the design.

4.3 Findings and Backings of the Study

In the discussion above the model of communication and security over the web has been improved the rate of implementation of a network. Improved communication standards have been a challenge to achieve over the network through old traditional distribution systems. However, the findings in the paper indicate that excellent and enhanced communication has improved by implementation of the distributed network. The essential function of the TCP/IP model is to encode a message in the network into packets that can be highjacked by hackers and therefore security has to be insisted on (Sarbazi-Azad and Zomaya 29). The Client-Server model of topology has acted as a shield in which the system administrator sets up firewalls to protect and encrypt information flow. In the enterprise scene, it results in the increase in sales and better synchronization of processes since the network spreads over a geographical area.

Higher rate in Resource Sharing

Resource sharing is vital to an organization when business decisions are being made. The distribution of resources in an organization can be expensive for the firm in procuring devices that can otherwise be shared. Devices like printers in an enterprise are shared, and the cost reduced for buying the other printers for each machine. The organization benefits too from other resources like a centralized database for the operations and business process. The advantage of this finding is that if a device in the distributed system corrupts the other nodes pick and continue the connection in the network (Pierson 46). Another result in the paper is the decreased risk of single-point failure. The connection of machines to the network through one single point can lead to disruption in the network and cause the entire system to stop working. The distributed system implemented reduced the number of machines dependent on one single point and allowed multiple connections in the network. Many of the connections make it easy for more resources to be added to the system.

4.4 Importance of Guessing the Implication

In network distribution systems, guessing the effects of a network is crucial and plays a vital role in decision making in an enterprise. Yes, it is necessary to imagine the impacts of a distributed system because the results attained can be used for the improvement of business processes, and the guesses can grade the performance of the organization. The comparison can be used to contrast with the distributed system was put in place. In most cases, teams will approach this methodology after testing and verifying its efficiency in the enterprise operations and returns. Enterprises adopt it only when results are positive, and it can convince the firm to use a distributed system to reduce the workload by sharing of resources.

It is better safe than sorry

It is better safe than sorry. Guessing the implications a network has on security and integrity of the information should be done and every measure taken to prevent any attack. A firm with distributed systems is prone to hacks, and some intruders use Denial of Service (DoS) attacks to corrupt the network and may cause failure of the scheme in general (Pierson 57). The administrator also has to quests the kinds of ways an intruder could use to gain access and therefore network monitoring is crucial. Securing communication being one of the primary goals of the study has to be done by the administrator of a given network and maintain functionality to facilitate the business processes. Therefore, it is necessary to guess such implications of the system findings.

Works cited

Misra, Sudip, Subhas Chandra Misra and Isaac Woungang. Selected Topics in Communication Networks and Distributed Systems. Hackensack: World Scientific, 2010. ebook.

Pierson, Jean-Marc. Large-Scale Distributed Systems and Energy Efficiency : A Holistic View. Hoboken,: Wiley, 2015. print.

Sarbazi-Azad, Hamid and Albert Y Zomaya. Large Scale Network-Centric Distributed Systems. Hoboken: John Wiley & Sons Inc., 2014. Print.