io-port 05915896 Kim, J.H.;
Ahn, S.;
Cho, K.;
Bračko, M.;
Drasal, Z.;
Fifield, T.;
Frühwirth, R.;
Grzymkowski, R.;
Hara, T.;
Heck, M.;
Hwang, S.;
Iida, Y.;
Itoh, R.;
Iwai, G.;
Jang, H.;
Katayama, N.;
Kawai, Y.;
Kiesling, C.;
Kim, B.K.;
Kuhr, T.;
Lee, S.;
Mitaroff, W.;
Moll, A.;
Nakazawa, H.;
Nishida, S.;
Palka, H.;
Prothmann, K.;
Röhrken, M.;
Sasaki, T.;
Sevior, M. E.;
Sitarz, M.;
Stanič, S.;
Watase, Y.;
Yoon, H.;
Yu, J.;
Zdybal, M.
The advanced data searching system with AMGA at the Belle II experiment. (English)
Comput. Phys. Commun. 182, No. 1, 270-273 (2011).
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Multimodal proton and fluorescence image sensor for bio applications (English)
VLSI-SoC, 5-9 (2011).
2
Reliability-equivalent-replacement of a subnetwork. (English)
IEEE Trans. Reliab. 34, 447-450 (1985).
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Reliability-equivalent-separation of a node. (English)
IEEE Trans. Reliab. 34, 131-135 (1985).
4
Decomposition method for computing the reliability of complex networks. (English)
IEEE Trans. Reliab. 30, 289-292 (1981).
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Equivalence of a nonoriented line and a pair of oriented lines in a network. (English)
IEEE Trans. Reliab. 28, 364-367 (1979).
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A decomposition method for computing system reliability by a matrix expression. (English)
IEEE Trans. Reliab. 27, 342-344 (1978).
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A decomposition method for computing system reliability by a Boolean expression. (English)
IEEE Trans. Reliab. 26, 250-252 (1977).
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Bayesian decomposition method for computing the reliability of an oriented network. (English)
IEEE Trans. Reliab. 25, 77-80 (1976).
9
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