2 sources cited length: 710 words 2 double spaced pages computer technology shapes the future of education the accessibility of computer education is stratified between the classes. The higher socio economic schools, homes, and businesses are able to receive computer education and have daily contact with computers. To break down the divide many school districts and corporations have begun computer education programs, in lower socio economic areas.

These advancements can assist the students to reach higher levels of education, which can lead to higher level careers. The advancements of computer use in the education field illustrate the benefits of computers on student’s lives. The ideal way to educate children on computers is to include computers in their everyday activities. Many schools need extra support from the community to achieve such a high standard. Also, many schools in lower socio economic areas have experienced a difficulty in merely getting the children to school on time or at all.

The lower attendance issues can stem from unreliable transportation to the parent keeping the student home to help with the household milone/salpeter, 46. Therefore with assistance from companies and the community, schools are able to propel the students into school more regularly and to learn more with and about computer technology. Many corporations have assisted in the advancement of the equipment to all students by giving schools computers or payment plans to purchase them. In the fall of 1996, microsoft and toshiba gave 8,0 students from kindergarten to 12th grade a toshiba pentium notebook loaded with microsoft office and full modem connectivity levin 30. In comparison most of the schools that benefited from this program exhibited a 50% daily attendance average, among the lower socio economic students 30.

Microsoft and toshiba are not only donating computers, but they have also instated a special lease program for schools. Their plan is modeled after a similar successful program in australia, and primarily sets it up so that each child pays $35 a month for three years and after that time, they can purchase their computer for one dollar levin 30. This program has been very successful because all children in the classroom have access to these computer notebooks. The programs for computers have not only been master minded by corporations, many school districts have followed the lead. In new york city’s mott hall, all students have access to the notebooks, as do the teachers. In this school, for example, they have been able to develop the program to the point that half the day is spent using the notebooks levin 30. In another school district in anderson, indiana, they have begun the anderson community technology now project milone/ salpeter 46.

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This community offers online tutoring, summer technology leadership camps, and they loan computers to children who cannot afford them 46. Terri austin, a member of the school board in anderson, told technology and learning that the information they are providing their children helps them to develop skills that will in the future assist them in obtaining productive careers 46. The school districts’ computer placement programs have been as successful and beneficial as the ones the corporations started.

In an article in newsweek recently a professor said this of what classrooms will look like in 2025, all of our students will have personal laptops connected to the world with wireless networks. They will be keenly aware of events, places and the experiences of people not only in their own community, but in communities from europe and africa to the middle east and asia. Technology will support them in becoming citizens of the world as well as competent writers, researchers, mathematicians and scientists levin, carol. Server virtualization is the masking of server resources including the number and identity of individual physical servers, processors, and operating systems from server users. The intention is to spare the user from having to understand and manage complicated details of server resources while increasing resource sharing and utilization and maintaining the capacity to expand later. Virtualization allows multiple operating system instances to run concurrently on a single computer it is a means of separating hardware from a single operating system. Each ldquo guest rdquo os is managed by a virtual machine monitor vmm , also known as a hypervisor which is computer software/hardware platform virtualization software that allows multiple operating systems to run on a host computer concurrently.

Because the virtualization system sits between the guest and the hardware, it can control the guests' use of cpu, memory, and storage, even allowing a guest os to migrate from one machine to another. Our writers can help get your essay back on track, take a look at our services to learn more about how we can help. Virtualization is a modified solution between centralized and decentralized deployments. Instead of purchasing and maintaining an entire computer for one application, each application can be given its own operating system, and all those operating systems can reside on a single piece of hardware. This provides the benefits of decentralization, like security and stability, while making the most of a machine's resources. As virtualization disentangles the operating system from the hardware, a number of very useful new tools become available. Virtualization allows an operator to control a guest operating system's use of cpu, memory, storage, and other resources, so each guest receives only the resources that it needs.

This distribution eliminates the danger of a single runaway process consuming all available memory or cpu. It also helps it staff to satisfy service level requirements for specific applications. Since the guest is not bound to the hardware, it also becomes possible to dynamically move an operating system from one physical machine to another.

As a particular guest os begins to consume more resources during a peak period, operators can move the offending guest to another server with less demand. This kind of flexibility changes traditional notions of server provisioning and capacity planning. With virtualized deployments, it is possible to treat computing resources like cpu, memory, and storage as a hangar of resources and applications can easily relocate to receive the resources they need at that time. Virtual infrastructure services such as resource management and consolidated backup to optimize available resources among virtual machines automation solutions that provide special capabilities to optimize a particular it process such as provisioning or disaster recovery. Any respectable virtualization solution will offer some kind of p2v physical to virtual migration tool. The p2v tool will take an existing physical server and make a virtual hard drive image of that server with the necessary modifications to the driver stack so that the server will boot up and run as a virtual server. The benefit of this is that you don't need to rebuild your servers and manually reconfigure them as a virtual server mdash you simply suck them in with the entire server configuration intact! so if you have a data center full of aging servers running on sub ghz servers, these are the perfect candidates for p2v migration.