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Registry-specific provders provide JAXR support for a specific registry. Typically, it plugs into the JAXR pluggable provider and is used by the JAXR pluggable provider in a delegation pattern. Note that the JAXR specification does not define a contract between the pluggable provider and the registry-specific provider. The next version of the JAXR specification will contain a Services Provider Interface (SPI) to provide such a contract between the two.

Anderson, Bruce, with Michael Riordan. The Solar Home Book. Andover: Brick House Publishing Co., 1976. Arnheim, Rudolf. The Dynamics of Architectural Form. Berkeley: University of California Press, 1977. Evans, Benjamin H., AIA. Daylight in Architecture. New York: McGraw-Hill Book Company, 1981. Flynn, John E. A Study of Subjective Responses to Low Energy and Nonuniform Lighting Systems. Lighting Design + Application February 1977: 6 14. . The Psychology of Light. Electrical Consultant December 1972 August 1973. Series of 8 articles. Flynn, John E., and Samuel M. Mills. Architectural Lighting Graphics. New York: Reinhold Publishing Corporation, 1962. Flynn, John E., and Arthur W. Segil. Architectural Interior Systems. New York: Van Nostrand Reinhold Co., 1970. Flynn, John E. and Terry J. Spencer. The Effects of Light Source Color on User Impression and Satisfaction. Journal of the Illuminating Engineering Society April 1977: 167 179. Flynn, John E., Terry J. Spencer, Osyp Martyniuk, and Clyde Hendrik. Interim Study of Procedures for Investigating the Effect of Light on Impression and Behavior. Journal of the Illuminating Engineering Society October 1993: 87 94. Gordon, Gary. The Design Department. Architectural Lighting November 1986 May 1987. Series of 6 articles. . Specialty Lighting. Encyclopedia of Architecture: Design, Engineering, and Construction. New York: John Wiley & Sons, 1989. Graham, Frank D. Audel s Handy Book of Practical Electricity. New York: Theo. Audel & Co., 1941. Gregory, Richard L. Eye and Brain. 5th ed. Princeton: Princeton University Press, 1997. Guide to Dimming Low Voltage Lighting. Coopersburg: Lutron Electronics Co., 1989. Guide to Fluorescent Lamps. Somerset: Philips Lighting Company, 1988.

Interference Situation non-GSO FSS into FSS (BSS FL or BSS FL Plan) GSO FSS into FSS (BSS FL Plan) FSS into BSS non-GSO FSS into GSO BSS GSO (BSS or FSS) (transmit space station) into FSS (BSS FL Plan) non-GSO FSS into FSS (BSS FL) GSO and non-GSO FSS into FSS (BSS FL) FSS (BSS FL Plan) into GSO FSS FSS (BSS FL) into FSS (BSS FL Plan) (BSS FL Plan) Relevant footnotes: 17.3-18.1 (from BSS FL of R2) Region 1 17.3-18.1 Where interference occurs (GHz) Region 2 17.8-18.1 17.7-17.8 17.8-18.1 from GSO or non-GSO FSS 17.3-17.8 (no interference from FSS after 2007) 17.3-17.8 (for further study) 17.3-17.8 (BSS) 17.7-17.8 (FSS) 17.8-18.1 from GSO or non-GSO FSS Region 3 17.3-18.1 Available criteria RR Art. S22.5D S5.516: RR Res. 538

=A1-1

The Y-axis represents the standard deviation of returns over the period and the X-axis represents the measure of return, here the arithmetic average return, for the period. We can see that there is a general relationship between the risks taken and the returns earned. But there are some exceptions. For example, Fund B exhibited the highest standard deviation, but earned a lower return than funds F and J. Funds C and H had approximately the same risk, but Fund C had a higher return. So it is important to relate risk and return in order to evaluate the performance of a fund. In addition to the graphical representation, it would be worthwhile to have numerical measures of the combined risk and return exhibited by a portfolio. We can adjust the returns earned over time by the standard deviation of return and other statistical descriptions of risks taken in order to derive measures of risk-adjusted return. Risk-adjusted returns are composite risk-return measures that are used to help determine whether or not the returns earned were suf cient compared to those earned by similar portfolios and benchmarks exhibiting a similar level of risk. There are several ways to determine the risk-adjusted returns to a portfolio. In this chapter, we consider measures of riskadjusted return calculated in the context of Modern Portfolio Theory (MPT). MPT-based statistics evaluate risk using the Capital Asset Pricing Model, a theoretical model of risk and return. In 13 we look at some measures of risk-adjusted return useful, where risk is measured as the downside or benchmark relative risk taken by the manager. 14 reviews how we can use the return history, along with the composite risk and return statistics, to quantify the consistency, or skill, of an investment manager.

238a (15R, 24R, 36S) 238c (15S, 24S, 36S)