How Mobile Technology Has Impacted By Cloud Computing

Cloud Computing is an efficient way to utilise the available infractures in a cost effective and performance efficient manner. We need to make sure that we have all the software’s and hardware’s that are required for the optimal performance of our product. Analysing this is a major step that should never be omitted. This analysis will further help us to decide the platforms on which our product can be deployed and the software support it require. Here we suggest the minimum hardware and software specification that should be met for our application to run efficiently.

In his article “Online 24/7: ‘Life Logging’ Pioneer Clarifies the Future of Cloud Computing”, Larry Greenemeier (2011) describes the idea of cloud technology, where it stands today and where we are heading to. According to Greenemeier’s article, the idea of cloud computing is to make all the information and services available via web. It will enable access to data and apps without the need for a lot of storage or processing power on the devices themselves.

1. What business and social problems does data center power consumption cause? Information Technology Infrastructure 2. What solutions are available for these problems? Which are environment-friendly? 3. What are the business benefits and costs of these solutions? 4. Should all firms move toward green computing? Theorprojects in this section give you Why why not?

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.

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

It is therefore a very exciting new paradigm which promises to offer many solutions to businesses which are willing to adopt it, at a very low cost. In the field of healthcare IT, the emergence of cloud based computation plays a major role in new opportunities and applications. There are many advantages of cloud such as the fact that the services are provided and managed by the cloud service provider. Therefore, the IT setup, maintenance and upgrade costs spiral down significantly for all the healthcare providers willing to adopt cloud based systems. Further, having a multi-tenant cloud based system instead of setting up IT infrastructure at every healthcare provider’s premises proves can be an energy conservation method which also drives down the operational costs significantly for healthcare providers. Further, most importantly, cloud works as a pay-as-you-use service wherein the cloud provider offers a vast array of services to his/her customer but the customer has the option to choose which services are needed and pay only for those. Therefore the customer can choose at any time to opt out of a service and pay only for the usage. Such a model is helpful because it helps share infrastructure and service.

Cloud computing is defined by the article as the use of various softwares (such as hardware, storage and systems software) based in large global data centres rather than in local servers in personal computers. Cloud computing is believed to provide a range of benefits such as increased flexibility, reliability, portability and efficiency. It will simplify devices as well as reduce costs and the time taken to complete tasks.

One of the main benefits of cloud computing is that the company’s resources are used in other different ways and reduce the overall costs. It eliminates the need for a physical hardware computer and replace it with an online storage or a software delivered over the internet. For instance, government agencies are shifting its government IT infrastructure into the cloud and launch mobile and e-services for citizens and businesses. As an example of cloud applications in some countries: In China a company named Wang Fu Jing has deployed cloud services to share supply chain information and implement B2B e-commerce with suppliers (Kshetri, N. ,2011). Another example is in South Korea: IBM’s cloud computing centre provides architecture, skills and pilot projects for banking, telecommunications, and IT hosting services (Kshetri, N. ,2011). An Indian bank named ICICI’s uses Zoho’s applications to develop services such as personalised insurance for diabetes (Kshetri, N. ,2011). Cloud computing offers many services to companies and government agencies; applications, operating systems and data are secured in the cloud environment rather than on a physical computer that is exposed to the risk of lost, stolen or hardware failure. Compared to client-based computing, cloud-based software is easier to install, maintain and upgrade. Furthermore, mobile applications based on cloud computing are becoming increasingly popular. Ericsson estimates that there

Every person today uses an Internet-enabled mobile device. Majority of the applications running on mobile devices transfer their data to cloud servers for processing. The advancements in cloud technology allow applications to reduce data processing on mobile devices.

Modern consumer devices since 2011 are now trending toward mobility, touchscreen, and user-end optimization. On the other hand is cloud computing, which allows easier mass deployment for large enterprise. The sales number of desktops are now decreasing and has lead to the debate of whether it will be replaced by mobile devices.

Once the internet became a viable medium for cloud-based computing, companies started offering applications to the masses. In early 2000’s, Amazon developed a cloud-based tool, Amazon Mechanical Turk, which offered cloud computing, data storage and artificial intelligence. Later, in 2006, Amazon released its second generation cloud services known as Elastic Compute Cloud (EC2) that allowed individuals and organizations to rent computing space to run all their computer applications and data storage needs. With EC2, Amazon had truly brought in to the concept of cloud computing. After that computer giants like Google, Microsoft and Apple began to offer affordable, useful applications for computers and smart devices that were able to on the cloud and not by the devises. Consequently, there are tens of thousands of such cloud-based applications available.

Abstract: Handheld mobile devices are becoming the main platforms for most of the users who always roam around and access the cloud computing applications. In mobile cloud computing, mobile device acts as both the service provider and consumer and makes up a peer-to-peer network. A mobile device may also connect to heterogeneous access networks (HANs) to provide ubiquitous network connectivity to mobile applications. Applications running on mobile devices using clouds and HANs are prone to unpredictable cloud workloads, network congestion and handoffs. This type of rapid explosion in demand for rich mobile applications have created the need for new platforms and architectures that ca cope with the scalability and QoS need of a growing mobile user population. The provision of QoS in mobile cloud computing is a challenging task. This paper is a review on the various QoS factors so far addressed.

Cloud Computing is of the most important and new concept in technology. It is said to be very beneficial in terms of business for its cost effectiveness, data security, scalability, mobile access and so on. Many businesses are shifting their whole infrastructure towards it. It is, on the other hand, believed that it can only be used in business which is a completely wrong concept. As the cloud is more present in our life than we think; it has changed our ways to use the social applications like Facebook, Twitter, and LinkedIn etc. We are all using all these social websites from our mobile devices using cloud from everywhere without paying for it. The enormous use of all these social websites is the proof of cloud’s importance. Without the use of cloud computing it was not all possible. Many of us have used iPhone’s iCloud. It also uses cloud for storing our valuable information. All these new applications and games, we are using on our mobiles, run on some kind of cloud.

In this way, mobile computing has brought some major changes to the internet world; some of them include cloud computing, social media services and e-commerce. Cloud computing is a service through which users can compute data, use applications and save their data online on internet. This stored data and applications can be accessed anywhere anytime. For example, if a user saves some data online in cloud from home desktop and then finds a need to access while being on a trip, it can be easily accessed through mobile phone or laptop just by connecting to internet. Similarly, applications can be used while being mobile.

To assess a wide range of mobile cloud components such as processing elements, storage, networking, applications, Qudaider [40] test objective is to study the adaptability of the proposed MCC framework by investigating the effect of cloudlet deployments on the performance results of power and delay. Every test keeps going around 3600s or one hour in area of 800x800m. In each experiment, 500 human subjects are moving in the area of the simulator and each user sends a packet to the cloud with a rate of 0.1Hz using WiFi or cellular technology, which relies on upon available technology, in his