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9 Kissock, J. K., "Inverse Modeling Toolkit : Numerical Algorithms" ASHRAE 2002
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1 Rabl, A., "Steady state models for analysis of commercial building energy data" 9.239-9.261, 1992
2 Statistics Korea, Korean statistical information service, "Statistics of building permission commencement works"
3 Statistics Korea, Korean statistical information service, "Statistics of building"
4 Schrock, D. W., "Predicting energy usage in a supermarket" Texas A&M University 44-54, 1989
5 Fels, M. F., "PRISM : An introduction" 9 (9): 5-18, 1986
6 Fels, M. F., "PRISM (Advanced Version 1.0) Users Guide"
7 Kissock, J. K., "Modeling commercial building energy use with artificial neural networks" 3 : 1290-1295, 1994
8 Haberl, J. S., "Literature review of uncertainty of analysis methods(Inverse Model Toolkit)" Texas Commission on Environmental Quality 2004
9 Kissock, J. K., "Inverse Modeling Toolkit : Numerical Algorithms" ASHRAE 2002
10 ASHRAE, "Guideline 14-2002-Measurement of energy and demand savings"
11 Rabl, A., "Energy signature models for commercial buildings : test with measured data and interpretation" 19 (19): 143-154, 1992
12 Kissock, J. K., "EModel Version 1.4de" Texas A&M University 1994
13 Christensen, C., "Building energy simulation accuracy" National Renewable Energy Laboratory 2010
14 Kissock, J. K., "A methodology to measure energy savings in commercial buildings" Texas A&M University 1993
15 Goldberg, M. L., "A geometrical approach to nondifferentiable regression models as related to methods for assessing residential energy conservation" Princeton University 1982
16 Ruch, D., "A four-parameter change-point model for predicting energy consumption in commercial buildings" 114 (114): 77-83, 1992
17 Ruch, D., "A four-parameter change-point model for predicting energy consumption in commercial buildings" 114 (114): 77-83, 1992
18 Ruch, D., "A development and comparison of NAC estimates for linear and changepoint energy models for commercial buildings" 20 (20): 87-95, 1993
19 Ruch, D., "A change-point principal component analysis (CP/PCA) method for predicting energy usage in commercial buildings : The PCA Model" 115 (115): 77-84, 1993