F.Rubinstein,M.Siminovitch,R. Verderber, "Fifty Percent Energy Savings with Automatic Lighting Controls", IEEE Transactions on Industry Applications 29 (1993) Jul./Aug., No. 4, New York, US. |
"Electronic Ballast Ambient Light Sensor", Honeywell Article, Form No. 63-2255, 1990. |
Authors: Francis Rubinstein and Rudy Verderber, Lawrence Berkeley Laboratory, "Automatic Lighting Controls Demonstration", Mar. 1990, prepared for Pacific Gas and Electric Company. |
Authors: F.Rubinstein, G. Ward,R. Verderber, Lawrence Berkeley Laboratory "Improving the Performance of Photo-Electrically Controlled Lighting Systems", Feb. 16, 1988. |
Prepared by Subcommittee on Practical Guide to Photmetry, "IES Practical Guide to Photometry", LM-36 Oct. 1971 Journal of the Illuminating Engineering Society. |
Frank Rubinstein, "Photoelectric Control of Equi-illumination Lighting Systems", Energy and Buildings, 6 (1984) 141-150. |
F.Rubinstein, G.Larson,R. Verderber, "The Effect of Control Algorithm and Photosensor Response on the Performance of Daylight-Following Lighting Systems" (date unknown). |
F.Rubinstein,G. Ward "The Control of Daylight-Linked Lighting Systems", Jun. 1984, Article presented at IEEE Industry Applications Society Annual Meeting, Sep. 30-Oct. 4, 1984, Chicago Illinois. |
Kurt S. Stoltun, "Office Lighting and Lighting Principles, a study done for Honeywell", Aug. 31, 1992. |
C. Benton, M. Fountain, S. Selkowitz (Lawrence Berkeley Labs) & J. Jewell, "Control System Performance in a Modern Daylighte Office Building", (date unknown). |
S. Selkowitz, J. Tom (Lawrence Berkeley Labs for California Institute for Energy Effiency), "Envelope/Lighting Technology to Reduce Electric Demand", Dec. 15, 1989. |
HPM Industries Pty Ltd, "Filament Driver Cat FD238 for Two Wire dimming of Fluorescent Lights" (date unknown). |