Computer Technology And Computing Technology

In M. Amoretti et al framework [41], the main pillar is the autonomic strategy consisting of adaptive loops between each cell phones and the Cloud. The proposed model of the mobile device takes into account online estimations of the actual Cloud performance, but also the characteristics of the workload, to adjust its configuration in terms of active virtual machines and task management strategies. A simulator of the MCC model has been implemented. The simulator is based on the DEUS , the open source Java-based discrete event simulation platform.

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

Mobile Cloud Computing which helps Mobile preparing and circulated registering, has ended up being one of the business in vogue articulations and an important exchange string in the IT world since 2010. As Mobile Cloud Computing is still toward the starting time of progression, it is critical to understand a thorough perception of the advancement with a true objective to point out the heading of future ask about. With the last point, this paper demonstrates a review on the establishment and manage of Mobile Cloud Computing, characteristics, later investigate work, and future research designs. A short record on the establishment of Mobile Cloud Computing: from versatile figuring to dispersed processing is given and a while later

Cloud Computing, also known as ‘on-demand-computing’. It is a computing that based on internet to share resources, information, and data with other devices on-demand. It is a model that enabled everywhere, computing resources such as servers, networks, applications and storages that are configurable can be shared once demand with access and provision rapidly and released with minimum effort of management, and different services are handed through Internet to the computer of organization. Cloud Computing depend on sharing computing resources instead of using personal devices or local servers to handle applications.

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.

Technology has been advancing ever since the stone ages, from stone carving to now we can buy just about anything with a push of a button, we can look for jobs or opportunities for ourselves instead of looking in the newspaper, and we can follow the news with it’s updates instead of watching t.v. Social media has been changing our way of thinking, communicating and living, for it makes our lives easier. Every since google has been invented we have found ways to find to different perspectives from other people.

All children develop at different rates. However, they all develop in the same way. There are four major areas in which children develop and learn skills. They develop socially, emotionally, physically, and intellectually. The way children develop with their social and emotional skills tend to go hand in hand. All these ways that children develop can be effected by the use of technology in some way. With the increase of technology, the willingness of parents in letting their children use it increases. “But there’s still so much we do not yet know about the uses or misuses of new technologies” (Farber). “Diagnoses of ADHD, autism, coordination disorder, developmental delays, unintelligible speech, learning difficulties, sensory processing disorder, anxiety, depressions, and sleep disorders are associated with technology overuse, and are increasing at an alarming rate” (Rowan). These disorders can also affect the child in all the areas in which their minds develop and can be a hard battle for the children to fight.

As the use of technology increases in today’s society the question occurs: would it be a benefit for children to use technology or will it be a detriment to them? Many people such as researchers, scientists, health professionals and economist have done numerous tests to see if economically technology has done anything to help or hurt children. While looking through the economic lens research shows that the use of technology by children could both help and hurt the economy. Common Sense Media, a non profit which studies the safe use of media for kids, says that the percentage of children under the age of eight with access to a smartphone or tablet has jumped from 52% to 75%, while the average daily time on devices has tripled from five to 15 minutes (2013).

Emphasis within the workforce has shifted within the last century: from building weapons and machinery to support the war effort to working 9 to 5 jobs to support a family in the rising population, work had a purpose. However, as society settles into a century of peace, a number of issues have arisen that has challenged success within the workforce. Some of those issues include technological advancements and overworking. As society pushes forward scientific advancements, technology continues to take over skill-less jobs, such as cashies, while employees’ tendencies to overwork increases as the pressure to succeed increases.

Abstract—Alongside the healthy development of the Cloud-based technologies across various application deployments, their associated energy consumptions incurred by the excess usage of ICT resources, is one of the serious concerns demanding effective solutions with immediate effect. Effective auto scaling of the Cloud resources in accordance to the incoming user demand and thereby reducing the idle resources is one optimum solution which not only reduces the excess energy consumptions but also helps maintaining

Cloud computing is adequate and extensible and has diverse of nodes with distributed computing resources in distinctive locations. So maintaining the stability and processing various tasks in the cloud computing environment is a complicated problem to make it equal. Since there will be discrete tasks reporting into the cloud we cannot anticipate those processing tasks and the capacities of each node in the cloud alters.

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.

Cloud computing was founded on already-existing computing technologies, such as distributed computing (Clusters, Grids), Internet technologies (Web Services, Service Oriented Architectures, Web 2.0), virtualization and systems management (autonomic computing, data centre automation) [11]. Specifically, with the advent of Cloud computing, the benefits of these technologies have been combined and further improved. Cloud basically presents a suitable environment for convenient, on-demand network access to a pool of configurable computing resources that can be mutually accessed and provisioned with insignificant administration effort or service provider interaction [1]. The optimal provisioning of these compute resources to meet certain predefined performance criteria is a complex problem which has attracted much research attention [12][13]. This problem comprise the steps involved in the allocation of suitable computing resources to tasks with the aim of optimizing certain objectives. Some objective functions include but not limited to; maximizing task throughput, minimizing the time of task completion and maximizing the utilization of resources.

As nursing students, we are taught to utilize the nursing process in almost every aspect of our work. The nursing process communicates and coordinates care with all other clinical disciplines. It assists in coordinating discharge planning, education, teaching, and transition of care. Utilizing informatics and healthcare technologies is one of the nursing essentials of the Master’s in Education Program. Nursing is the hub of information flow in all types of healthcare organizations. Developing the science and technology of nursing informatics will enhance the information available to nurses in clinical practice management, education, and research. The American Nurses Association or ANA defines nursing informatics as, “a specialty that integrates nursing science, computer science, and information science to manage and communicate data, information, and knowledge in nursing practice”. Nursing informatics first got its start in the late 1960’s when the 1st computer systems were implemented in hospitals. Nursing informatics is based on information technology. Information technology is any technology which processes and communicates data. It includes computers, voice, data and image sensing, communication devices, graphic devices, multimedia imaging, etc. Information technology also entails the use of things as simple as a pen and paper, telephones, and fax machines.

There are two ways of providing quality of service for multimedia first, adding quality of service to current cloud computing infrastructure, and second, adding quality of service between cloud and multimedia infrastructures. In former, It focus on adding quality of service in only on cloud infrastructure In later case, It focuses on adding quality of service between cloud infrastructure and multimedia infrastructure. In this research we focusing on how cloud can provide quality of service with help of multimedia applications. According to the properties of multimedia services, similar types of multimedia services is processed through cluster servers. Each Media edge cloud is having three clusters such as Storage, central processing unit, graphical process unit (GPU). All media related applications will be processed by GPU. Storage types of media applications will be processed through storage cluster. To improve the performance of media cloud, cloud proxy is proposed to reduce latency. The mobile media proxy is designed to deal with mobile multimedia computing. Mobile caching is included to process the mobile applications because, Mobile applications need to perform with minimum number of resources. (Cybenko, G, 1989)