\begin{figure}[th!]
\centering
{\scriptsize  
\begin{tabular}{c|l|cc|cc|cc|cc|cc}
		\multicolumn{2}{c}\textbf{} 	&	\multicolumn{2}{c}{\textbf{h=1/sqrt(size)}}			&	\multicolumn{2}{c}{\textbf{h=2}}			&	\multicolumn{2}{c}{\textbf{h=4}}			&	\multicolumn{2}{c}{\textbf{h=8}}			&	\multicolumn{2}{c}{\textbf{h=16}}			\\\hline
	&	\textbf{\textit{k}} 	&	\begin{sideways}\parbox{14mm}{MdMRE}\end{sideways}	&	\begin{sideways}\parbox{14mm}{Pred(25)\%}\end{sideways}	&	\begin{sideways}\parbox{14mm}{MdMRE}\end{sideways}	&	\begin{sideways}\parbox{14mm}{Pred(25)\%}\end{sideways}	&	\begin{sideways}\parbox{14mm}{MdMRE}\end{sideways}	&	\begin{sideways}\parbox{14mm}{Pred(25)\%}\end{sideways}	&	\begin{sideways}\parbox{14mm}{MdMRE}\end{sideways}	&	\begin{sideways}\parbox{14mm}{Pred(25)\%}\end{sideways}	&	\begin{sideways}\parbox{14mm}{MdMRE}\end{sideways}	&	\begin{sideways}\parbox{14mm}{Pred(25)\%}\end{sideways}	\\\hline
\multirow{10}{1mm}{\begin{sideways}\parbox{10mm}{Uniform}\end{sideways}}	&	3	&	0.40	&	14.35	&	0.23	&	14.19	&	0.20	&	14.95	&	0.43	&	14.95	&	0.43	&	12.96	\\
	&	5	&	0.43	&	13.28	&	0.26	&	12.58	&	0.21	&	13.17	&	0.43	&	11.45	&	0.44	&	12.96	\\
	&	7	&	0.43	&	12.90	&	0.33	&	12.10	&	0.25	&	13.28	&	0.43	&	11.99	&	0.44	&	11.40	\\
	&	9	&	0.43	&	10.86	&	0.35	&	10.54	&	0.29	&	11.56	&	0.43	&	11.67	&	0.44	&	9.57	\\
	&	d	&	0.81	&	9.68	&	0.30	&	8.12	&	0.42	&	11.02	&	0.43	&	11.83	&	0.49	&	10.38	\\
	&	3+N	&	0.83	&	3.92	&	0.77	&	8.92	&	0.75	&	9.62	&	0.78	&	7.69	&	0.79	&	7.15	\\
	&	5+N	&	0.90	&	3.12	&	0.86	&	6.88	&	0.85	&	7.53	&	0.87	&	6.72	&	0.88	&	5.27	\\
	&	7+N	&	0.93	&	3.28	&	0.90	&	4.68	&	0.89	&	5.97	&	0.91	&	5.00	&	0.91	&	5.00	\\
	&	9+N	&	0.94	&	4.25	&	0.92	&	5.38	&	0.92	&	5.43	&	0.93	&	5.48	&	0.93	&	2.69	\\
	&	d+N	&	0.90	&	11.45	&	0.83	&	1.40	&	0.97	&	4.09	&	0.93	&	3.23	&	0.97	&	95.55	\\\hline
\multirow{10}{1mm}{\begin{sideways}\parbox{15mm}{Triangular}\end{sideways}}	&	3	&	0.32	&	13.66	&	0.30	&	13.76	&	0.45	&	12.90	&	0.29	&	14.35	&	0.30	&	14.35	\\
	&	5	&	0.40	&	11.72	&	0.40	&	12.47	&	0.46	&	12.42	&	0.31	&	12.69	&	0.40	&	12.37	\\
	&	7	&	0.43	&	12.20	&	0.40	&	11.72	&	0.47	&	11.88	&	0.37	&	12.74	&	0.41	&	12.58	\\
	&	9	&	0.42	&	10.32	&	0.40	&	11.83	&	0.47	&	11.67	&	0.37	&	11.18	&	0.40	&	11.24	\\
	&	d	&	0.32	&	11.29	&	0.40	&	8.92	&	0.50	&	8.17	&	0.31	&	11.77	&	0.44	&	12.58	\\
	&	3+N	&	0.83	&	3.23	&	0.76	&	6.34	&	0.79	&	5.91	&	0.78	&	5.92	&	0.80	&	6.88	\\
	&	5+N	&	0.90	&	2.20	&	0.77	&	9.84	&	0.78	&	8.01	&	0.77	&	8.92	&	0.78	&	8.60	\\
	&	7+N	&	0.92	&	3.17	&	0.76	&	9.95	&	0.77	&	9.78	&	0.76	&	10.32	&	0.78	&	8.98	\\
	&	9+N	&	0.94	&	4.14	&	0.75	&	11.24	&	0.76	&	10.32	&	0.75	&	10.43	&	0.77	&	10.48	\\
	&	d+N	&	0.83	&	2.47	&	0.74	&	8.23	&	0.73	&	8.28	&	0.77	&	11.40	&	0.74	&	8.98	\\\hline
\multirow{10}{1mm}{\begin{sideways}\parbox{19mm}{Epanechnikov}\end{sideways}}	&	3	&	0.29	&	12.80	&	0.34	&	13.49	&	0.45	&	13.92	&	0.45	&	14.57	&	0.48	&	14.09	\\
	&	5	&	0.39	&	13.17	&	0.40	&	12.85	&	0.45	&	12.69	&	0.46	&	13.01	&	0.48	&	12.96	\\
	&	7	&	0.39	&	12.15	&	0.41	&	13.49	&	0.46	&	12.20	&	0.47	&	13.49	&	0.49	&	12.80	\\
	&	9	&	0.39	&	10.91	&	0.40	&	12.42	&	0.46	&	12.15	&	0.47	&	12.47	&	0.49	&	11.08	\\
	&	d	&	0.40	&	11.13	&	0.57	&	13.49	&	0.45	&	11.67	&	0.47	&	9.41	&	0.62	&	11.08	\\
	&	3+N	&	0.83	&	3.06	&	0.74	&	7.90	&	0.76	&	7.96	&	0.75	&	7.20	&	0.80	&	7.15	\\
	&	5+N	&	0.90	&	2.58	&	0.71	&	9.25	&	0.74	&	10.65	&	0.72	&	10.54	&	0.75	&	10.91	\\
	&	7+N	&	0.93	&	2.80	&	0.68	&	11.45	&	0.72	&	9.78	&	0.70	&	11.61	&	0.73	&	9.89	\\
	&	9+N	&	0.95	&	2.74	&	0.67	&	11.88	&	0.70	&	10.91	&	0.68	&	11.51	&	0.71	&	11.13	\\
	&	d+N	&	0.96	&	5.48	&	0.66	&	11.45	&	0.68	&	10.65	&	0.69	&	9.89	&	0.68	&	12.63	\\\hline
\multirow{10}{1mm}{\begin{sideways}\parbox{15mm}{Gaussian}\end{sideways}}	&	3	&	0.29	&	13.76	&	0.41	&	14.03	&	0.43	&	13.17	&	0.25	&	14.30	&	0.46	&	13.01	\\
	&	5	&	0.37	&	13.55	&	0.41	&	12.80	&	0.43	&	12.20	&	0.28	&	12.96	&	0.47	&	13.01	\\
	&	7	&	0.38	&	14.41	&	0.44	&	13.98	&	0.44	&	12.31	&	0.32	&	12.85	&	0.49	&	13.06	\\
	&	9	&	0.38	&	11.24	&	0.42	&	12.26	&	0.43	&	11.13	&	0.33	&	10.81	&	0.49	&	12.15	\\
	&	d	&	0.36	&	9.09	&	0.67	&	10.22	&	0.48	&	11.83	&	0.30	&	10.32	&	0.51	&	9.52	\\
	&	3+N	&	0.83	&	3.39	&	0.78	&	8.39	&	0.69	&	6.40	&	0.72	&	6.61	&	0.78	&	6.83	\\
	&	5+N	&	0.90	&	2.74	&	0.76	&	10.91	&	0.67	&	10.00	&	0.70	&	10.70	&	0.74	&	11.77	\\
	&	7+N	&	0.93	&	3.87	&	0.73	&	11.18	&	0.66	&	9.95	&	0.69	&	10.70	&	0.72	&	11.34	\\
	&	9+N	&	0.94	&	3.60	&	0.71	&	11.29	&	0.65	&	10.75	&	0.67	&	11.24	&	0.70	&	11.29	\\
	&	d+N	&	0.93	&	9.73	&	0.70	&	9.89	&	0.63	&	10.81	&	0.71	&	9.46	&	0.66	&	9.62	\\
\end{tabular}}
\caption{MdMRE and Pred(25) results for Nasa93 dataset. Neither change of kernel nor the change of bandwidth generates a considerable difference in results. Furthermore, small changes in MdMRE and Pred(25) values due to different kernel-bandwidth combinations do not follow a certain pattern. Another conclusion from this figure is that N-ABE methods fail to improve ABE0.}
\label{fig:mre-nasa93}
\end{figure}