Mobile Edge Computing

Mobile applications are becoming increasingly computational-intensive while many mobile devices still have limited battery power and cannot support computational intensive tasks Mobile edge computing MEC computing is an extension of edge computing and it refers to computing at the edge of a network In mobile edge computing computing and storage nodes are placed at the Internet s edge near mobile devices It places the edge clouds at the candidate locations This paper presents a brief introduction to ME

Vehicular Data Cloud Services

The advance cloud computing has provided an opportunity to resolve the challenges which effects by increasing transportation issues. Two methods of cloud services are available these are parking and mining. Mobile cloud computing has improved the storage capacity, stand by time of mobile terminals by migrating data processing to the remote cloud. The introduction of smart phones, cloud computing the automotive system is shifting toward the internet of vehicles

Mobile Device Management for Personally Controlled Electronic Health Records: Effective Selection of Evaluation Criteria

Enterprises are faced with the task of managing a plethora of mobile computing devices in the workplace that are employed for both business purposes and private use. This integration can contribute to the demands of security protection and add significant threats to the enterprise. The introduction of the Personally Controlled Electronic Health Record (PCEHR) system is a significant step in e-health for Australia and will likely result in sensitive information being accessed from mobile computing devices. Mobile Device Management (MDM) offers a potential solution to manage these devices, however there is a variety of vendors with a range of solutions. This paper presents preliminary research into a generic methodology that could be used to assist the enterprise in the MDM selection process particularly when mobile devices will eventually integrate with the Australia’s PCEHR

Mobile Maintenance Management

The paper gives a short overview of the enabling tools and technology available to the maintenance engineer in manufacturing industry, in relation to the emergence of e-maintenance practices and the introduction of mobile computing devices. An analysis of the main characteristics of the e- maintenance concepts and the associated challenges is provided, highlighting the lack of use of condition-based maintenance strategies. The potential of using ubiquitous computing in industrial maintenance practice is then examined, followed by an original vision for the adoption of mobile maintenance management solutions, which can facilitate the implementation of condition-based- maintenance. This vision is supported today by the European Integrated Project DYNAMITE 017498 (Dynamic Decisions in Maintenance)

An Introduction to Mobile Computing: A Growth for Security

As too many people fancy the disparate services brought by mobile computing, it is conformist a worldwide verge in today’s world. At an equivalent time, securing mobile computing has been paid continuous increasing attention. During this article, the safety problems in mobile computing setting square measure mentioned. This paper helps to research the safety risks confronted by mobile computing and gift the present security mechanisms

Research on advanced technologies – design and development of cloud computing model

This article is a bibliographic review and focuses on a brief introduction to Cloud Computing as an innovative educational tool. Cloud technology is rapidly spreading in educational institutions, sometimes replacing the in-house infrastructure with cloud services. Education plays an important role in a country’s economy and today, the educational model in many countries has evolved with technology. Schools and universities in the world extensively use cloud Based Technology. Digital teaching – E-Learning and cloud-based technology are the latest models that have been widely adopted in the educational field. The identified trends in the use of cloud computing in education are clear, ranging from the design of cloud-oriented learning environments for future information technology specialists to the training of information technology specialists to enable them to obtain competencies in the use of cloud technologies. Cloud computing is a distributed computing paradigm, where, instead of acquiring information technology products, users access shared resources under various service models through a network, usually the Internet. The application of cloud computing is very broad and growing daily because of many advantages to the users, and is driven by the increasing use of various mobile devices (laptops, tablets and smartphones) and mobile Internet access being more available. The perspectives of its integration in the learning process are highlighted, as well as the factors that make its implementation difficult. Finally, some general conclusions presented on how technologies should be adopted to meet the educational needs of this new global challenge and some suggestions are made for more effective training through the Cloud Computing, as the need for further research emerge