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Stevenson, Michael; Hedberg, John G. – Educational Media International, 2011
This paper reviews the research on the disruptive and transformative potential of newly-emerging cloud-based pedagogies. It takes into consideration the extent to which Cloud Computing can be leveraged to disseminate and scale web-based applications within and across learning contexts. It examines ideas from current literature in Web 2.0- and…
Descriptors: Constructivism (Learning), Collaborative Writing, Internet, Citizenship
Buck, Stephanie – Computers in Libraries, 2009
As news outlets create headlines such as "A Cloud & A Prayer," "The Cloud Is the Computer," and "Leveraging Clouds to Make You More Efficient," many readers have been left with cloud confusion. Many definitions exist for cloud computing, and a uniform definition is hard to find. In its most basic form, cloud…
Descriptors: Computers, Libraries, Information Technology, Information Scientists
Branzburg, Jeffrey – Technology & Learning, 2004
Mass storage refers to the variety of ways to keep large amounts of information that are used on a computer. Over the years, the removable storage devices have grown smaller, increased in capacity, and transferred the information to the computer faster. The 8" floppy disk of the 1960s stored 100 kilobytes, or about 60 typewritten, double-spaced…
Descriptors: Computer Storage Devices, Computers
Goldsbourough, Reid – Black Issues in Higher Education, 2004
This article discusses the importance of saving data safely. Suggestions include making backup copies of all important computer documents; frequently hitting the Ctrl-S keys to save current documents to the hard disk; periodically save a backup copy to a floppy disk; periodically saving a copy through the Internet to an offsite backup disk; and…
Descriptors: Computer Storage Devices, Computers, Information Storage, Internet

Allswang, John M. – History Microcomputer Review, 1987
Discusses problems resulting from incompatible computer systems. Outlines how to make interchange of data possible between systems. Concludes that with the popularity of microcomputers increasing, learning how to make information compatible between systems is essential. (BSR)
Descriptors: Computer Storage Devices, Computers, Higher Education, History
Ko, C. C.; Cheng, C. D. – Computers & Education, 2008
Electronic examination systems, which include Internet-based system, require extremely complicated installation, configuration and maintenance of software as well as hardware. In this paper, we present the design and development of a flexible, easy-to-use and secure examination system (e-Test), in which any commonly used computer can be used as a…
Descriptors: Computer Assisted Testing, Computers, Program Effectiveness, Examiners

Goldsborough, Reid – Teacher Librarian, 2004
What's the worst thing that can happen to a computer? Worse than a hard disk crash, virus infection, spare assault, denial-of-service attack, hacker take-over, fire, flood or some other human, mechanical or natural disaster is a faulty backup when it is really needed. If the computer blows up, as long as the data is backed up securely, it can be…
Descriptors: Small Businesses, Computers, Internet, Natural Disasters
Redman, Thomas C. – EDUCAUSE Review, 2004
This document discusses the importance of data-quality and presents three simple steps that can help lay the framework for an over all data-quality strategy. The first step is to ask some rather simple questions, such as: (1) How much data does the organization have, how fast is it creating new data, and how many redundant copies are there?; and…
Descriptors: Computer Storage Devices, Computers, Data, Quality Control
Goldsborough, Reid – Black Issues in Higher Education, 2004
What's the worst thing that can happen to your computer? Worse than a hard disk crash, virus infection, spam assault, denial-of-service attack, hacker take-over, fire, flood, or other human, mechanical or natural disaster is a faulty backup when you really need it. If the computer blows up, as long as your data is backed up securely, you can…
Descriptors: Computer Security, Computer Storage Devices, Computers, Internet

Saran, M.; And Others – Information Processing and Management, 1981
Describes a dialog-program which uses basic statements available on a WANG 2200T version connected to a floppy-diskette to cross-reference a given set of keywords, author names, journal names, and specified reference numbers. Special program features are described and two references are listed. (Author/RBF)
Descriptors: Computer Programs, Computer Storage Devices, Computers, Information Retrieval
Blair, John C., Jr. – Online, 1982
Describes the costs, programing languages, limitations, and capabilities of micro, mini, and mainframe computers, as well as specific computer projects and storage techniques, including disks, floppies, and videodiscs. Also discussed are links, networks, and computer features for libraries. A glossary and 22 references are provided. (RBF)
Descriptors: Computer Oriented Programs, Computer Storage Devices, Computers, Costs

Dessy, Raymond E., Ed. – Analytical Chemistry, 1985
Examines the vocabulary and chemistry of magnetic- and optical-disk storage technologies as well as their applications to the analytical laboratory. This information will allow chemists to select the proper disk systems for their laboratories and to evaluate vendors' claims. (JN)
Descriptors: Chemical Analysis, Chemistry, College Science, Computer Storage Devices
Barden, William, Jr. – Popular Computing, 1982
Describes new microcomputer software and hardware which simplify data communications between computer systems. "Dumb" terminal software, programs which enhance a computer's data communications flexibility by means of character translation and data buffering, stand-alone versus integrated systems, and "smart" modems are…
Descriptors: Character Recognition, Computer Programs, Computer Storage Devices, Computers
Powers, David E. – Creative Computing, 1980
A wide range of computer crimes and the need for computer security are discussed. (MK)
Descriptors: Computer Programs, Computer Science, Computer Storage Devices, Computers

Rusch, Peter F. – Journal of Chemical Education, 1981
Reveals how chemical information in the form of descriptions of the chemical literature and chemical substances can be encoded as digital representations, then manipulated by computers to assist with collection, formatting, and distribution. Explains how computer-based search techniques are used to search databases that supplement traditional…
Descriptors: Chemistry, College Science, Computer Storage Devices, Computers
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