Public Cloud And Private Cloud For Their Respective Intended Environments Essay

Cloud because of its wide range of applications it allows users to store data their data remotely in the cloud and enjoy the on-demand high quality cloud applications and reveal burden from the local storage, cost and maintenance. In this according to the user’s perspective, including both individuals (private) and enterprises like companies appealing the cloud benefits by storing data remotely into the cloud in a flexible on-demand manner and relief of the burden of storage management along with this he/she can also enjoy the universal data access which dependent geographical locations and avoidance of the capital expenditure, software, hardware and personnel management and maintenances and so on.

The Carlson SAN approach in today’s environment can be assessed by the preparation, impact and benefits obtained by Carlson in using such an approach. Carlson established six (6) essential goals reliant on data and applications that would ensure the IT services provided continued to meet the needs of a growing company. In order to meet those goals, implementing a storage area network (SAN) that “provided a reliable, highly scalable facility to accommodate the increasing demand of its users” (Stallings, 2009) was vital in the potential success. In terms of the positive impact on the business and advantages associated with this approach, Carlson was able to enjoy the lowered cost Ethernet switches, which requires lower-cost management and maintenance as opposed to the Fiber Channel switches used in the

Cloud computing is an emerging model where users can gain access to their applications from anywhere through their connected devices. A simplified user interface makes the infrastructure supporting the applications transparent to users. The applications reside in massively-scalable data centers where compute resources can be dynamically provisioned and shared to achieve significant economies of scale. A strong service management platform results in near-zero incremental management costs when more IT resources are added to the cloud. The proliferation of smart mobile devices, high speed wireless connectivity, and rich browser-based Web 2.0 interfaces has made the network-based cloud computing model not only practical but

Cloud computing is able to offer a distinct advantage to companies willing to move into this growing arena. This is not without its drawbacks. Even in the definition of Cloud Computing by the National Institute of Standards and Technology, (NIST) clear advantages exist. The definition includes the following terms: on demand self-service, ubiquitous network access, location independent resource pooling, rapid elasticity and measured service.

(3) Web Services in the Cloud - instead of delivering full applications, this service allows users to access APIs for added functionality.

Cloud computing is an internet-based storage and management computer. It is a flexible, efficient, economic, environment friendly IT technology. For these advantages and the big business value of cloud computing, thousands of companies and institutions in different industries have begun to use cloud computing technology. For the widely use of cloud computing, now we are in the age of cloud computing. How to deal with its challenges has become a problem we are feeling obliged to face, especially the security issues. This research paper will first describe some characteristics and definitions of cloud computing. In section two, I will show two kinds of patterns of cloud computing,

Cloud computing combines a number of computing concepts and technologies in objective to provide secure, quick, convenient data storage and net computing service with all computing resources visualized as services and delivered over the internet. Cloud computing has brought financial benefits and promises to many business and organizations a way to enhance their information technology such as collaboration, agility, scalability and availability without heavy upfront capital costs in servers meanwhile achieving minimal management effort for service providers.

Over the past several years the term cloud computing has become common in homes and organizations alike. Cloud computing can be defined as a pooled set of computing resources that are furnished via the internet. There are three types of cloud services typically available, these services are Platform as a Service (PaaS), Infrastructure as a Service (IaaS), and Software as a Service (SaaS). Organizations can benefit greatly from cloud services because they eliminate the need to buy and manage physical resources. Although such an action cuts cost it leaves organization victim to the vulnerabilities and threats that exist in cloud computing. Throughout this paper I will discuss the vulnerabilities and threats that come

Abstract- In the age of large data and the large number of users around the world, cloud computing has emerged as a new era of computing. Cloud consists of a datacenter which in turn consists of several physical machines. Each machine is shared by many users and virtual machines are used to use these physical machines. With a large number of datacenters and each datacenter having a large number of physical machines. The VM allocation becomes an NP-Hard problem. Thus, the VM allocation, the VM migration becomes a trivial task. In this article, a survey is carried out on cloud computing in energy cloud, based on scalable algorithms. To solve NP-Hard problems, there are two ways to either give an exact solution or to provide an approximation.

When computer services are offered physically, users have access to the resources that computers use. The services include network, storage and operating system. The term cloud computing refers to the offering of such services over the internet. Many companies charge money for their offered cloud services while others don’t. Cyber-forensic investigations have been affected by cloud computing since the beginning of the cloud. Computer Forensics is based on the investigation of crimes or policy breaches that are done through the examination of electronics and computers and other storage devices. This paper seeks to access the impact of cloud computing and storage on cyber-forensic investigations.

Because of these advantages, businesses are moving to the cloud. However, this great technology is not without its limitations. There are several imperfections that may make businesses hesitant to adopt cloud technologies. One of the most notable limitation of cloud computing is that downtime and bottleneck due to bandwidth. Bandwidth is needed for end-to-end connection for cloud service. In order to have the optimized performance, a high speed internet connection is needed. To put that into perspective, imagine attaching a large document to email, Google Drive, or Dropbox. If the internet connection is slow, it will take more time than expected. In cloud computing, slow internet and low bandwidth means applications used by users will be slow. This is not an ideal situation for any business. However, recent expansion of fiber optics cables is definitely is a positive outlook for cloud hosts.

Banks are facing increased pressure to streamline their current processes and trim operating costs, while also responding to more demanding, digitally connected customers (Adams, 2012). Many banks are even looking at new technologies and IT delivery models such as cloud computing to help address these issues. Banks have many reasons to like the cloud, such as cost efficiency, standardization and consistency (Dragon, 2013). Banks are embracing the cloud more and more because it allows them to be more quick and responsive to the ever changing customer demands and designing new revenue-generating opportunities.

This project is going to discuss about the Cloud Computing and its application in business. To briefly describe what cloud

There is a lot of data which is processed daily over the computer network which is very complicated. Therefore it is difficult to handle all these data because this public cloud will be having the numerous nodes with distributed computing resources in many different geographic locations. So these whole data is split into different web servers rather than relaying it on a single server so that the network will be running in an efficient way and equity is maintained. To make it

The traditional model of software distribution, in which software is purchased for and installed on personal computers, is