Table Of ContentFUZZY
sets and systems
Fuzzy Sets and Systems 127 (2002) 397-398
www.elsevier.com/locate/fss
Author Index Volume 127 (2002)
Abd El-Wahed, W.F., see M.H. Rasmy (2) 209-220 Hashem, K.A. and N.N. Morsi, Fuzzy 7-neigh-
bourhood spaces: Part |— 7-proximities (3) 247-264
Ban, A.I. and S.G. Gal, On the defect of Hashem, K.A. and N.N. Morsi, Fuzzy 7-neigh-
additivity of fuzzy measures (3) 353-362 bourhood spaces: Part 2—7-neighbourhood
Bang, W.-C., see Z. Bien (1) 3 16 systems (3) 265-280
Bien, Z., W.-C. Bang, D.-Y. Kim and J.-S. Han, Huang, H.-P. and C.-C. Liang, Strategy-based
Machine intelligence quotient: its measure- decision making of a soccer robot system
ments and applications (1) using a real-time self-organizing fuzzy decision
tree (1) 49- 64
Casasnovas, J., M. Monserrat and F. Rossello, On
Ip, W.H., see C. Wang (2) 117-129
the semilattice of inner extensions of a fuzzy
partial algebra (3) 383-390
Kim, D.-Y., see Z. Bien (1) 3- 16
Cha, S.D., see S.S. So (2) 199-208
Kovacs, M., see R. Fullér (2) 177-183
Chang, C.-Y., see C.-L. Chen (2) 165—176
Kuchta, D., A generalisation of an algorithm
Chen, C.-L., D.-Y. Sun and C.-Y. Chang,
solving the fuzzy multiple choice knapsack
Numerical solution of dynamic optimization
problem (2) 131-140
problems with flexible inequality constraints
Kwon, Y.R., see S.S. So (2) 199-208
by iterative dynamic programming (2) 165-176
Lee, E.S., see X.-h. Yuan (3) 291-297
Deng, J.-M., see Y. Li (1) 85— 97
Lee, J. and H.-F. Wang, Preface (1) Il- 2
Dourra, H. and P. Siy, Investment using technical
Lee, S.M., see M.H. Rasmy (2) 209-220
analysis and fuzzy logic (2) 221—240
Li, B., see Z. Gong (3) 315-322
Duh, F.-B., see C.-T. Lin (1) 37— 48
Li, H., see X.-h. Yuan (3) 291-297
Li, X., see G. Wang (3) 363—370
El-Sherbiny, M.M., see M.H. Rasmy (2) 209-220 Li, Y., J.-M. Deng and M.-Y. Wei, Meaning and
precision of adaptive fuzzy systems with
Fang, J.-X., A note on the convergence theorem Gaussian-type membership functions (1) 85—- 97
of generalized fuzzy integrals (3) 377-381 Liang, C.-C., see H.-P. Huang (1) 49— 64
Fang, S.-C., see A.L. Medaglia (1) 65— 84 Lin, C.-T., F.-B. Duh and D.-J. Liu, A neural
Fang, S.-C., see J. Loetamonphong (2) 141-164 fuzzy network for word information proces-
Fullér, R., M. Kovacs and G. Schuster, Flexible sing (1) 37- 48
linear programs with a restricted overall Liu, D.-J., see C.-T. Lin (1) 37- 48
flexibility level (2) 177-183 Liu, P., Analysis of approximation of continuous
fuzzy functions by multivariate fuzzy poly-
Gal, S.G., see A.I. Ban (3) 353-362 nomials (3) 299-313
Gong, Z., C. Wu and B. Li, On the problem of Loetamonphong, J., S.-C. Fang and R.E. Young,
characterizing derivatives for the fuzzy-valued Multi-objective optimization problems with
functions (3) 315-322 fuzzy relation equation constraints (2) 141-164
Luo, X., A new approach to sum-fuzzy rational
Hadzic, O. and E. Pap, A fixed point theorem for choice functions (2) 241-246
multivalued mappings in probabilistic metric
spaces and an application in fuzzy metric Medaglia, A.L., S.-C. Fang and H.L.W. Nuttle,
spaces (3) 333-344 Fuzzy controlled simulation optimization (1) 65— 84
Han, J.-S., see Z. Bien (1) 3 16 Minkler, G., see J. Minkler (3) 281-289
Elsevier Science B.V.
PII: S0165-0114(02)00067-2
398 Author Index Volume 127 | Fuzzy Sets and Systems 127 (2002) 397-398
Minkler, J., G. Minkler and G. Richardson, Sun, D.-Y., see C.-L. Chen (2) 165-176
Regularity in fuzzy convergence spaces (3) 281-289
Monserrat, M., see J. Casasnovas (3) 383-390 Tirksen, I.B., Type 2 representation and reason-
Morsi, N.N., see K.A. Hashem (3) 247—264 ing for CWW (1) 17— 36
Morsi, N.N., see K.A. Hashem (3) 265-280
Wang, C., D. Wang, W.H. Ip and D.W. Yuen,
Nishizaki, I., see M. Sakawa (2) 185-197 The single machine ready time scheduling
Nuttle, H.L.W., see A.L. Medaglia (1) 65— 84 problem with fuzzy processing times (2) 117-129
Wang, D., see C. Wang (2) 117-129
Pap, E., see O. Hadzic (3) 333-344
Wang, G. and X. Li, Generalized Lebesgue
integrals of fuzzy complex valued functions (3) 363-370
Ragab, A.M., see M.H. Rasmy (2) 209-220
Wang, G. and X. Xi, Convergence of sequences
Rasmy, M.H., S.M. Lee, W.F. Abd El-Wahed,
on the fuzzy real line (3) 323-331
A.M. Ragab and M.M. El-Sherbiny, An expert
Wang, H.-F., see J. Lee (iI) l- 2
system for multiobjective decision making:
Wang, J., A fuzzy project scheduling approach to
application of fuzzy linguistic preferences
minimize schedule risk for product develop-
and goal programming (2) 209-220
ment (2) 99-116
Richardson, G., see J. Minkler (3) 281-289
Wei, M.-Y., see Y. Li (1) 85— 97
Rossello, F., see J. Casasnovas (3) 383-390
Wu, C., see Z. Gong (3) 315-322
Sakawa, M. and I. Nishizaki, Interactive fuzzy
programming for two-level nonconvex pro- Xi, X., see G. Wang (3) 323-331
gramming problems with fuzzy parameters
through genetic algorithms (2) 185-197 Young, R.E., see J. Loetamonphong (2) 141-164
Schuster, G., see R. Fullér (2) 177-183 Yuan, X.-h., H. Li and E.S. Lee, Categories of
Sharma, S., Common fixed point theorems in fuzzy sets and weak topos (3) 291—297
fuzzy metric spaces (3) 345-352 Yuen, D.W., see C. Wang (2) 117-129
Siy, P., see H. Dourra (2) 221-240
Zhang, B., On integrals of n-dimensional fuzzy-
So, S.S., S.D. Cha and Y.R. Kwon, Empirical
evaluation of a fuzzy logic-based software number-valued functions (3) 371-376
quality prediction model (2) 199-208
