Electrical Engineering
      and Computer Sciences

Electrical Engineering and Computer Sciences


UC Berkeley


2009 Research Summary

Navigation Techniques for Dual-Display E-Book Readers

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Nicholas Chen1, François Guimbretière2, Morgan Dixon3, Cassandra Lewis4 and Maneesh Agrawala

Existing e-book readers do not do a good job of supporting many reading tasks that people perform, as ethnographers report that when reading, people frequently read from multiple display surfaces. In this project we focus on the design of a dual-display e-book reader and explore how it can be used to interact with electronic documents. Our design supports embodied interactions like folding, flipping, and fanning for local/lightweight navigation. We also show how mechanisms like Space Filling Thumbnails can use the increased display space to aid global navigation. Lastly, the detachable faces in our design can facilitate inter-document operations and flexible layout of documents in the workspace. Semi-directed interviews with seven users found that dual-displays have the potential to improve the reading experience by supporting several local navigation tasks better than a single display device. Users also identified many reading tasks for which the device would be valuable. Users did not find the embodied interface particularly useful when reading in our controlled lab setting, however.

Figure 1
Figure 1: Our prototype e-book reader in the detached configuration

1University of Maryland
2University of Maryland
3University of Maryland
4University of Maryland