is M. Romain, "Key Elements of High- Speed WDM Terrestrial Free-Space Optical Communications Systems," Free-Space Laser Communication Technologies XII, Proceedings of SPIE 3932 (May 2000): 2-14. 5. Kenneth A. Morrison, "COTS Low-Cost 622 Mb/s Free-Space Laser Communications Link for Short-Distance Commercial Applications," Free-Space Laser Communication Technologies XII, Proceedings of SPIE 3932 (May 2000): 52-59. 6. Isaac I. Kim, "Statistical Study of Fog and Rain Applied to TereScope Fusion Availability," Optical Access Incorporated, (2000): http://www. freespaceoptic.com/WhitePaper_statistical_study_of_fog_and_rai.htm 7. Jim Alwan, "Eye Safety and Wireless Optical Networks (WONs)," White Paper, AirFiber, Inc., (April 2001): http://www.airfiber.com/tech/whitepapers.htn 8. "Free-Space Optics: Fixed Wireless Broadband," An industry study by the Strategis Group, October 2000. 9. Meghan Fuller, "Free-Space Optics No Longer Simply a Niche Solution," Lightwave Magazine (May 2001): 1, 50, 52. Chapter 9 References Carbonneau, Theresa H. and G. Stephen Mecherle, "SONAbeam Optical Wireless Products." Free-Space Laser Communication Technologies XII, Proceedings of SPIE 3932 (May 2000): 45-51. Heatley, David J.T., David R. Wisely, Ian Neild, and Peter Cochrane, "Optical Wireless-The Story So Far." IEEE ComSoc Magazine (December 1998): http://www.labs.bt.com/people/heatledj/papers/ optical_wireless/optical_wireless.html. Kim, Isaac I., Bruce McArthur, and Eric Korevaar, "Comparison of Laser Beam Propagation at 785 nm and 1,550 nm in Fog and Haze for Optical Wireless Communications." Optical Access Incorporated, (March 2001), http://www.freespaceoptic.com/ WhitePaper_Comparison_of_Beam_in_Fog.htm. Light Reading-The Global Site for Optical Networking, "Reports: Wireless Wonders-A Survey of Broadband Wireless Developments," (July 2000): http://www.lightreading.com/ document.asp?doc_id=1207. Masud, Sam, Sean Buckley, and Ted McKenna, "Ten Hottest Technologies-These Picks Sizzle, Sparkle, & Shine," Telecommunications Magazine On