![]() ![]() ![]() The system provides access to a web browser as well as Office-like products for document writing, presentations and spreadsheets. The camera can move up and down and rotate in different dimensions. The Zoombox allows users to attend Zoom meetings while using the same system for document reading. This image shows the zoombox camera capabilities from the desktop to the computer screen capability. Dr. ![]() They utilized a small computer, Raspberry Pi, that is similar to the one used in the previous Beemon project as the core computing source for the ZoomBox. ZoomBox’s early version was funded by Tashakkori, but recent developments were paid for by Appalachian’s Information Technology Services and the College of Arts and Sciences.Ī few of Tashakkori’s students in the visual and image processing (VIP) lab and Dana Greene from the College’s Machine Shop assisted with ZoomBox’s construction. This is a cost-effective way to provide Zoom capability to our students and faculty,” said Tashakkori. “We had already used a similar system for our Beemon project to monitor honey bees, so I thought I could use the system to create the ZoomBox. Version 1 of the ZoomBox costs about $120 to create or retail.ĭifferent models of the Zoombox. In response, Tashakkori had the idea of creating the ZoomBox to be accessible to faculty and students at all levels. “Document reader cameras such as those provided by IPevo went from $70-$80 to $350-$400 and it was not easy to find them,” explained Tashakkori. The ZoomBox is a document reader, biology microscope-like camera and computer all in one.īecause of the global pandemic, document camera prices rose dramatically. Rahman Tashakkori, department chair and professor in the Department of Computer Science, has helped design and build an inexpensive way to read documents over Zoom calls. ![]()
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