Dati(1,1).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 73.913% 86.9565% 52.1739% 39.1304% 39.1304% 30.4348% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 2 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 3 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 4 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 5 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 6 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 7 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 8 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 9 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 10 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 11 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 12 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 13 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 14 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 15 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 16 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 17 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 18 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 19 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 20 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 21 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 22 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 23 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 24 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 25 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 26 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 27 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 28 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 29 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 30 0.44178 0.49868 0.68839 -0.25413 1.1204 -0.57284 0.66371 0.30042 0.88691 0.57026 0.3839 0.81532 0.68078 0.28517 0.8981 0.57581 0.37894 0.82006 Spar_sim 0.44096 0.4994 0.68748 -0.25542 1.1215 -0.57608 0.66005 0.30368 0.88444 0.56245 0.39088 0.80855 0.67742 0.28817 0.89594 0.56448 0.38907 0.81032 Dati(1,2).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 73.913% 78.2609% 47.8261% 47.8261% 30.4348% 52.1739% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 2 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 3 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 4 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 5 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 6 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 7 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 8 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 9 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 10 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 11 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 12 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 13 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 14 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 15 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 16 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 17 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 18 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 19 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 20 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 21 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 22 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 23 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 24 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 25 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 26 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 27 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 28 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 29 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 30 0.79987 0.17394 0.95995 0.79417 0.1789 0.95763 0.86115 0.12068 0.98072 0.7941 0.17895 0.95761 0.87359 0.10987 0.98402 0.84674 0.1332 0.97651 Spar_sim 0.79853 0.17511 0.95941 0.79284 0.18005 0.95709 0.85947 0.12214 0.98025 0.79013 0.18241 0.95595 0.87181 0.11142 0.98357 0.84512 0.13461 0.97601 Dati(1,3).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 60.8696% 65.2174% 43.4783% 52.1739% 34.7826% 30.4348% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 2 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 3 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 4 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 5 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 6 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 7 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 8 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 9 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 10 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 11 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 12 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 13 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 14 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 15 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 16 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 17 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 18 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 19 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 20 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 21 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 22 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 23 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 24 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 25 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 26 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 27 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 28 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 29 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 30 0.84181 0.14481 0.97498 0.78648 0.19545 0.95441 0.92967 0.064376 0.99505 0.90176 0.089927 0.99035 0.89643 0.094805 0.98927 0.91127 0.08122 0.99213 Spar_sim 0.83996 0.1465 0.97439 0.78238 0.19921 0.95264 0.92583 0.067899 0.9945 0.89844 0.092966 0.98969 0.89367 0.097335 0.98869 0.90773 0.084465 0.99149 Dati(1,4).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 73.913% 65.2174% 56.5217% 52.1739% 56.5217% 43.4783% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 2 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 3 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 4 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 5 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 6 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 7 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 8 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 9 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 10 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 11 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 12 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 13 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 14 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 15 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 16 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 17 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 18 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 19 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 20 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 21 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 22 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 23 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 24 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 25 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 26 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 27 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 28 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 29 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 30 0.79951 0.18048 0.95981 0.76755 0.20926 0.94597 0.86564 0.12096 0.98195 0.91181 0.079388 0.99222 0.8914 0.097762 0.98821 0.78185 0.19639 0.95241 Spar_sim 0.79781 0.18202 0.95912 0.76486 0.21168 0.94471 0.86364 0.12276 0.98141 0.90683 0.083873 0.99132 0.88805 0.10078 0.98747 0.77904 0.19891 0.95118 Dati(1,5).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 0% 0% 0% 69.5652% 73.913% 43.4783% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 2 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 3 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 4 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 5 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 6 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 7 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 8 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 9 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 10 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 11 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 12 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 13 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 14 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 15 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 16 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 17 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 18 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 19 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 20 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 21 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 22 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 23 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 24 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 25 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 26 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 27 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 28 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 29 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 30 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.25963 0.75219 0.45185 0.34939 0.66099 0.57671 0.011937 1.0038 0.023731 Spar_sim -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 -0.13898 1.1572 -0.29727 0.2031 0.80962 0.36495 0.34582 0.66462 0.57205 -0.0096089 1.0257 -0.01931 Dati(1,6).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 73.913% 73.913% 39.1304% 43.4783% 52.1739% 34.7826% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 2 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 3 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 4 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 5 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 6 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 7 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 8 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 9 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 10 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 11 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 12 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 13 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 14 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 15 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 16 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 17 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 18 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 19 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 20 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 21 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 22 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 23 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 24 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 25 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 26 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 27 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 28 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 29 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 30 0.4352 0.4954 0.681 0.58363 0.36521 0.82663 0.78348 0.18991 0.95312 0.70903 0.25522 0.91534 0.6868 0.27471 0.90191 0.67475 0.28529 0.89421 Spar_sim 0.43389 0.49655 0.67952 0.58161 0.36698 0.82495 0.78134 0.19179 0.95219 0.70244 0.261 0.91146 0.6853 0.27603 0.90096 0.66967 0.28974 0.89088 Dati(1,7).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 65.2174% 52.1739% 39.1304% 39.1304% 30.4348% 39.1304% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 2 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 3 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 4 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 5 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 6 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 7 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 8 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 9 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 10 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 11 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 12 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 13 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 14 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 15 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 16 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 17 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 18 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 19 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 20 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 21 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 22 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 23 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 24 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 25 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 26 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 27 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 28 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 29 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 30 0.73078 0.24771 0.92752 0.85079 0.13729 0.97773 0.84908 0.13886 0.97722 0.82769 0.15855 0.97031 0.78833 0.19476 0.95519 0.72565 0.25243 0.92473 Spar_sim 0.72944 0.24895 0.9268 0.84673 0.14103 0.97651 0.84642 0.14131 0.97641 0.81993 0.16568 0.96757 0.7864 0.19654 0.95438 0.72137 0.25637 0.92236 Dati(1,8).t.sseh_ny_norm(p,n).Mnpf n=100 p=5 n=100 p=25 n=300 p=5 n=300 p=25 n=500 p=5 n=500 p=25 Sparsit�: 69.5652% 73.913% 47.8261% 39.1304% 43.4783% 34.7826% fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod fit rms cod 1 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 2 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 3 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 4 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 5 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 6 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 7 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 8 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 9 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 10 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 11 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 12 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 13 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 14 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 15 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 16 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 17 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 18 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 19 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 20 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 21 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 22 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 23 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 24 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 25 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 26 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 27 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 28 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 29 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 30 0.75853 0.2598 0.94169 0.76804 0.24957 0.9462 0.80971 0.20473 0.96379 0.78803 0.22807 0.95507 0.82424 0.1891 0.96911 0.75641 0.26208 0.94066 Spar_sim 0.75652 0.26196 0.94072 0.7664 0.25133 0.94543 0.80859 0.20595 0.96336 0.78483 0.23151 0.9537 0.82305 0.19039 0.96869 0.75445 0.26419 0.93971