Description Of A Frequent Monitoring

Since cloud environment does not reside in a capital facility, there is a substantial saving of the time and space. Also, it provides users access only to the resources they need for a particular task. This prevents them from paying for idle computing resources. Besides, there are competing providers for this service and an organization can always shift its business to another company offering better service or lower price. In terms of statistics, we spend $6,000 per month to update software, maintain our computer lab, and pay our employees. However, implementing a cloud computing with a constructing price of $2800 will incur a cost as low as $249 per month (Hinchcliffe 2009).

Amazon Elastic Compute Cloud (Amazon EC2) instances run the IBM WebSphere Commerce Suite that enables customers to shop on an ABOF website compatible with fixed or mobile devices, or using an ABOF mobile application.

When it comes to storage for these instances both services give you have a few options, you can choose a regular SSD, an optimized SSD or even a HDD. The option you choose will be reflected on the speed of the drive. When it comes to pricing, Amazon gives you a better deal on the SSD and Google gives you a better price on the HDD as shown in Figure 8. Even though the price difference seems minimal, the cost can add up once you start adding large amounts of storage. For example, it you decided to add a 16,384 GB SSD volume for EC2, the price would be $1,638.40 every month. The same amount of memory of SSD with Google Compute Engine would cost $27,85.28 every month. That is $1,146 in difference. This is an area where you have to

International Journal of Cloud Computing: Peer-reviewed open access journal, it publishes research crossing all aspects of Cloud Computing. Basically centered around center components, including Cloud applications, Cloud systems and the advances that will prompt the Clouds without bounds, the journal will likewise show review and survey papers that present new bits of knowledge and establish the frameworks for encouraging exploratory and experimental work. The journal disseminates research that imparts progressed hypothetical establishing and functional application of Clouds and related systems, as empowered by mixes of web-based programming, advancement stacks and database availability and virtualized equipment for storing, handling, analysis and visualizing data. A scope will look at Clouds nearby such different standards as Peer to Peer (P2P) figuring, Cluster processing and Grid registering. Scope reaches out to issues of administration, governance, trust and

The focus of cloud computing is providing with scalable and a cheap on-demand computing infrastructure with a good quality of service levels. The process of the cloud computing involves a set of network enabled services that can be accessed in a simple and general way. Cloud computing provides with a unique value proposition for any organization to outsource their information and communication technology infrastructure. Moreover, the concept itself provides with a value proposition for an organization as using the cloud saves on cost, resources, and staff, and business opportunities for the organization (Katzan). An extensive connectivity of

Schaffer, H. E., Averitt, S. F., Hoit, M. I., Peeler, A., Sills, E. D., & Vouk, M. A. (2009, July). NCSU's Virtual Computing Lab: A Cloud Computing Solution. Computer, 94-97.

Cloud computing has set a trend in the information technology arena that has sparked the interest of all who utilize the internet on purpose and unsuspectingly. Initially, the primary purpose of cloud computing was to provide a centralized data bank that organizations could use for quick data access. Its use has been quickly adapted, however, beyond business use to become the first option for personal use. The advantages and disadvantages of implementing such a shift from business to personal are varied, yet, statistically, according to the CISCO Global Cloud Index: Forecast and Methodology, 2014-2019 White Paper, its public use is on the rise. The report notes that “by 2019, 56 percent of the cloud workloads will be in public cloud data centers, up from 30 percent in 2014 and by 2019, 44 percent of the cloud workloads will be in private cloud data centers, down from 70 percent in 2014”. Though disadvantages with regard to data security is prominent, users have deemed that its implementation will still promote greater benefits than loss.

Instead of piecing together a disaster recovery solution from multiple tools, colleges can access all the capabilities they need in the cloud. Using the cloud combined with a high-speed network, universities can conduct classes and vital research uninterrupted.

The second part of the recommendation would be to implement a monitoring program. There are many programs out there to monitor internet activities. This is demonstrated as Connor (2012) states:

The risk of cloud computing could be the security of the information being stored by a large company like Amazon. It is still unclear how safe out-sourced data is and when using these services ownership of data is not always clear. In a study done in 2009, a team of computer scientists from the University of California, San Diego and Massachusetts Institute of Technology examined the widely-used Amazon EC2 services. They found that ‘it is possible to map the internal cloud infrastructure, identify where a particular target VM is likely to reside, and then instantiate new VMs until one is placed co-resident with the target’ (Ristenpart et al. 2009: 199). This demonstrated that the research team was able to load their eavesdropping software onto the same servers hosting targeted websites (Hardesty 2009). By identifying the target VMs, attackers can potentially monitor the cache (a small allotment of high-speed memory used to store frequently-used information) in order to steal data hosted on the same physical machine (Hardesty 2009). Such an attack is also known as side-channel attack. The findings of this research may

The National Institute of Standards and Technology (NIST) define cloud computing this way. “Cloud computing is a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction. This cloud model promotes availability and is composed of five essential characteristics (On-demand self-service, Broad network access, Resource pooling, Rapid elasticity, Measured Service); three service models (Cloud Software as a Service (SaaS),

The Important of Cloud Computing is increasing and it is receiving a growing attention in Scientific & Industrial Communities. Cloud computing is one of the top 10 most important technologies and has a greater possibility in successive years by companies and organizations. Cloud computing implement everywhere, favourable, on demand network access to a shared pool of configurable computing resources (e.g. networks, servers, storage, applications and servers) that can be immediately supply and released with minimal management effort.

Public cloud computing has enabled some enterprises to do more with less. However, public clouds are not for every enterprise. A private cloud is the solution. An enterprise private cloud looks and acts like a public cloud delivering the cost savings, reliability and with improved agility. Can an enterprise quickly and easily build a private cloud? Building an enterprise private cloud is now a reality with Stratoscale’s software solution.

Cloud computing is large group of remote servers which are networked for facilitating pervasive, expedient, on-demand network access to configurable and common computing resources such as CPU processing, network bandwidth, disk space that can be quickly facilitated and reclaimed with minimum central management. The underlying complexity of such a system is handled by an Operating System which is designed to support interoperability, scalability, security, user privacy, data management, fault tolerance. These operating systems need to work proficiently in the background to ensure that all the resources are available when needed and ensure acceptable performance and quality of service.

BRIEF SUMMARY OF PROJECT: This proposal aims at developing a open-source simulation-based labware to promote cloud computing education and an extensible repository of labs for multiple courses. Simulations will be developed with CloudSim. The objective is to develop a solution for the problem of 'labless' cloud classes due to the cost of using live cloud-based services that charge for use. The project builds on prior published labs created with CloudSim by both PIs. The project is a collaboration between CUNY College Staten Island and Georgia State University.