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12/29/2005
A projector in every classroom is a condition no longer exclusively found in higher education; K-12 districts across the country are installing thousands of projectors at every level. And, colleges and universities are now relying on projection, front and rear, to enhance instruction in all fields of study.
Unfortunately, room designers have often failed to solve the problems that must be addressed when using projection technology in an instructional space:
When these problems are not solved, a projector can actually detract from the learning experience. Rear projection, when properly implemented, can solve many of these problems, but the cost in equipment and square footage is often prohibitive.
Yet, if implementing front projection has so many potential (and sometimes unavoidable) pitfalls, why do smart people keep doing it? The reason is that the image is so big. Trying to show an extremely detailed computer image to people sitting 25 feet away using a 42-inch plasma screen (or even a 60-inch model) is insufficient. People need to see an image that is of sufficient size to resolve the detail that is presented, over the distance across which it is viewed. It’s essentially a three-variable equation, with distance, size, and detail affecting each other to produce the optimal viewing solution.
Until rear projection monitors (or direct-view flat panels) are large enough to provide equivalent-sized images to projectors, there will still be projectors hanging in classrooms—faults and all.
Industry marketers are always pitching the Next Best Thing. But how do we know whether a new product is next generation or simply next-incremental-improvement? Incremental steps are necessary and beneficial, but the term “next generation” should be something that moves us toward something. What is the ultimate classroom display system? Here are four criteria that would need to be met:
Microsoft has made substantial changes to its virtualization licensing program, changes that will lower the cost of using virtualization for many customers.
Vorex has released an update to its Vorex Online Survey, a Web-based data collection tool designed to allow schools to collect information and gather feedback from education stakeholders.
Georgia Virtual Technical College has selected the Angel Learning Management Suite (LMS) as the platform for its portal to deliver Web-based instruction to Georgia's 33 technical colleges and one Board of Regents college.
Adrian Sannier, technology officer for Arizona State University, discusses strategies for putting in place ground-breaking plans that will serve the next generation of students. These are actionable visions that include strategic technology choices--advancements that may be unfamiliar or even unpopular at first, but which carry enormous potential.
Microsoft lost browser market share over the last year, and the company's Windows Vista operating system has had "slow" market adoption among individuals and enterprises, according to a report issued by management consulting firm Janco Associates Inc.
AT&T has extended the deadline for its first-ever Big Mobile On Campus Challenge, a competition that calls on college and university faculty and students to develop apps for mobile devices. The top prize includes $10,000 and a trip to the October Educause 2008 conference for the winning individual or team.