{Related Work: Alphabetical }

1 Ahrens JP, Li K, and Reed DA. Next-Generation Visualization Displays: The Research Challenges of Building Tiled Displays (panel session). Visualization 2000 (Salt Lake City, UT), IEEE; 527-529.
2 Alphonse GA and Lubin J. Psychophysical Requirements for Tiled Large Screen Displays. High-Resolution Displays and Project Systems 1992 (San Jose, CA, USA), SPIE; 230-240.
3 Ashdown M and Robinson P. A Personal Projected Display. MultiMedia 2004 (New York, NY), ACM; 932-933.
4 Ashdown M, Oka K, and Sato Y. Combining Head Tracking and Mouse Input for a GUI on Multiple Monitors. CHI 2005 (Portland, OR), ACM; 1188-1191.
5 Ball R and North C. Effects of Tiled High-Resolution Display on Basic Visualization and Navigation Tasks. CHI 2005 (Portland, Oregon), ACM; 1196-1199.
6 Baudisch P, et al. Keeping Things in Context: A Comparative Evaluation of Focus Plus Context Screens, Overviews, and Zooming. CHI 2002 (Minneapolis, Minnesota, USA), ACM; 259-266.
7 Baudisch P, et al. Drag- and -Pop and Drag- and -Pick: Techniques for Accessing Remote Screen Content on Touch- and Pen- operated Systems. INTERACT 2003; 57-64.
8 Baudisch P, et al. Mouse Ether: Accelerating the Acquisition of Targets Across Multi-Monitor Displays. CHI 2004 (Vienna, Austria), ACM; 1379-1382.
9 Benko H and Feiner S. Multi-Monitor Mouse. CHI 2005 (Portland, OR), ACM; 1208-1211.
10 Cartwright W. New Media and Their Application to the Production of Map Products. Computers & Geosciences 1997; 23(4): 447-456.
11 Czerwinski M, Tan DS, and Robertson GG. Women Take a Wider View. CHI 2002 (Minneapolis, MN), ACM; 195-202.
12 Czerwinski M, et al. Toward Characterizing the Productivity Benefits of Very Large Displays. INTERACT 2003; 9-16.
13 Eick SG and Karr AF. Visual Scalability. Journal of Computational & Graphical Statistics 2002; 11(1): 22-43.
14 Funkhouser T and Li K. Onto the Wall: Large Displays. Special issue of Computer Graphics and Applications 2000; 20(4).
15 Guimbretiere F, Stone M, and Winograd T. Fluit Interaction with High-resolution Wall-size Displays. UIST 2001 (Orlando, FL), ACM; 21-30.
16 Humphreys G and Hanrahan P. A Distributed Graphics System for Large Tiled Displays. Visualization 1999 (San Francisco, CA), IEEE; 215-223.
17 Humphreys G, et al. WireGL: A Scalable Graphics System for Clusters. Computer Graphics and Interactive Techniques 2001, ACM; 129-140.
18 Humphreys G, et al. Chromium: A Stream-Processing Framework for Interactive Rendering on Clusters. Computer Graphics and Interactive Techniques 2002 (San Antonio, Texas), ACM; 693-702.
19 Jedrysik PA, et al. Interactive Displays for Command and Control. Aerospace 2000 (Big Sky, MT, USA), IEEE; 341-351.
20 Khan A, et al. A Remote Control Interface for Large Displays. UIST 2004 (Sante Fe, NM), ACM; 127-136.
21 Mackinlay JD and Heer J. Wideband Displays: Mitigating Multiple Monitor Seams. CHI 2004 (Vienna, Austria), ACM; 1521-1524.
22 Po BA, Fisher BD, and Booth KS. Comparing Cursor Orientations for Mouse, Pointer, and Pen Interaction. CHI 2005 (Portland, Oregon), ACM; 291-300.
23 Sandstrom TA, Henze C, and Levit C. The Hyperwall. CMV 2003 (London), IEEE; 124-133.
24 Shedd B. Exploding the Frame: Designing for Wall-Size Computer Displays. Information Visualization 2003, IEEE.
25 Slocum TA, et al. Cognitive and Usability Issues in Geovisualization. Cartography and Geographic Information Science 2001; 28(1): 61-75.
26 Staadt OG, et al. A Survey and Performance Analysis of Software Platforms for Interactive Cluster-Based Multi-Screen Rendering. Workshop on Virtual Environments 2003 (Zurich, Switzerland), ACM; 261-270.
27 Su R and Bailey BP. Put Them Where? Towards Guidelines for Positioning Large Displays in Interactive Workspaces. INTERACT 2005 (Rome, Italy).
28 Swaminathan K and Sato S. Interaction Design for Large Displays. Interactions 1997; 4(1): 15-24.
29 Tan D, et al. With Similar Visual Angles, Larger Displays Improve Spatial Performance. CHI 2003; 217-224.
30 Tan DS and Czerwinski M. Effects of Visual Separation and Physical Discontinuities when Distributing Information across Multiple Displays. INTERACT 2003, IOS Press; 252-255.
31 Tan D, et al. Physically Large Displays Improve Path Integration in 3D Virtual Navigation Tasks. CHI 2004 (Vienna, Austria), ACM; 439-446.
32 Tse E and Greenberg S. Rapidly Prototyping Single Display Groupware throught the SDG Toolkit. Australasian User Interface 2004 (Dunedin, New Zealand), ACM; 101-110.
33 Wei B, et al. Visualization Research with Large Displays [analysis of communication networks and services]. Computer Graphics and Applications 2000; 20(4): 50-54.
34 Yang R, et al. PixelFlex: A Reconfigurable Multi-Projector Display System. Visualization 2001 (San Diego, CA), IEEE; 167-174.