Cp Lab Report

It is the growing acceptance of innovative technologies that 's seen “cloud computing” becomes the biggest buzzword from department of IT (Information Technology). Cloud computing research signifies essentially the most important to effective tendencies in the progress, in addition to supervision of tasks and enhancing protection from it in the business environment. Cloud computing is giving organizations a chance to access the actual calculating means that could be offered and obtained at anytime from anywhere. Mainly because tasks have become far more virtual throughout dynamics in addition to it we have a clear boost throughout the resource needs. Cloud computing is the most effective remedy intended for tasks progress today. Challenge and program management is frequently more and tougher. Organizations need to locate effective methods and keep pace with the alterations, in order to raise efficiency, effectiveness, and also economics of undertaking management of project. In a trial to gain the competitive edge, companies are increasingly looking regarding new and innovative solutions to cut down expenses while maximizing worth, especially in these kinds of uncertain global financial conditions. This paper focuses on the concepts of Cloud Computing, analysis of Cloud Computing deployment models, Cloud Computing service models and the Future direction in Cloud Computing.

Experience in Administration for various environments in software development life cycle (SDLC) Windows, Ubuntu, and involved in developing manifests.

Deliverable 2: Analyze the current infrastructure using MAP tool. MAP provides a report detailing the potential efficiency gained consolidating into VMs.

There are three major cloud deployment models along with few other emerging models like federated and intercloud [1].

how they should be applied, none have used project data to clearly conclude which one is

In the academic field, projects like Virtual Computing Laboratory, Distributed University Campus and Seattle have been built for the purpose of educational platforms. Also, research platforms, such as the IBM/Google Academic Cloud Computing Initiative started with the emergence of Cloud Computing. In library computing, which is one of the most important academic activities, DuraCloud and WorldCat Cloud-based projects have started cutting down library computing costs. In the Scientific Computing research field, sophisticated projects like HPC, Large image processing, e-Science in Neuroscience are now moving to a better transition since the emergence of Cloud

This research paper is about discussing the effects of cloud-computing on the software development process. Cloud computing is very popular these days. The concept of cloud computing is quite different from other existing computing techniques. Cloud computing is a modern concept evolving as a multidisciplinary field based on web-services and service oriented architecture; this is supported by Alter (2008). So it is affecting the software development process to a great extent which has its own pros and cons. These will be discussed in this research paper. There is a lot of research work going on this topic and few

The main purpose of the cloud technology from software perspective is to provide private and hybrid cloud, big data analytics, file storage, disaster recovery, and important backup. Generally, cloud providers offer services according to their models. There are mainly three standard models are available according to National Institute of Standards and Technology, which are Infrastructure as a Service (servers that allows user to store data and access the services), Platform as a Service (develop the software for the user to access cloud technology), and Software as a Service (graphical view of application, from where user can access cloud servers)

Cloud based project management system will provide solution to all these issues. Cloud based project management system provide platform to user which can help all stakeholder from various level of project can actively participate in project development. Each associate will have its access according to their privilege. The cloud based PMS Solution will give you-and your team greater real-time insight into project requirements. And the unavoidable changes of the scope that crosses the boundaries of the distributed teams. Cloud based PMS will help you to observe all software development lifecycle activities like

Using “Poncho” tool, the developers of it have created an interface which will help to improve the effective communication between cloud users and cloud operators. Also, making the operations on the tool very easy for the stakeholders to understand and use. Some of the open source cloud models for applications are ideal for cloud operators, since the users services are tolerant to failures for instances. While this cloud model is what lot of users need in order to reach their goals. So, using this tool we can overcome the operational and usability difficulties. As these are primarily related to private clouds. Poncho tool will make API driven communication using the instances. Now, we will go more in details with every aspect of Poncho development, its working and some of the primary challenges related to private clouds.

As per the given scenario, the purpose of making this report is to analyze a complete enterprise solution. There are various large business organizations available that provide a powerful, secure and reliable enterprise solutions. According to my research, I have got to know that SAP, Oracle, IBM and Microsoft are big providers of these solutions and besides this various other third party companies are also available for providing these solutions such as BEA Systems, Sybase and TIBCO. In this report, I will emphasize on a product of Oracle organization that is a complete enterprise solution that is the PeopleSoft. I will discuss its architecture, development phases, its importance at different stages and its effects on different cloud and web platforms. These are some other essential concepts that I will be discussing here in this report.

The case study process of the project is started using Jenkins to run the project build through Maven and test cases through JUnit and Selenium.

One of the primary drivers of the adoption of container technology is the promise of high availability, yet simply adopting containers does little to guarantee achieving high availability. There are many factors in building and maintaining high availability applications, ranging from building hot standbys to writing bug-free code to preventing crashes caused by user-initiated impacts like misconfiguration. With a multi-user system like DC/OS, user-created resource conflicts could be devastating,

The dynamic, broad and complex nature of cloud infrastructure makes it difficult to provide resilience against design issues. In order to make user effectively utilize the existing computational power a new kind of operating systems are needed. Therefore cloud based operating systems promise vision to meet user’s needs at any time. At the same time designing of cloud based operating systems present many challenges to the designer. The common issues include heterogeneity, elasticity of demand, scalability and faults.

Cloud computing is a model for enabling ubiquitous (present everywhere), 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 [1]. Types of Cloud computing models are Public cloud, Private cloud and Hybrid