2011 第三届IEEE智能系统与应用国际会议-ISA2011(EI/ISTP): K: J# d: n6 C( r% B
The 3rd International Workshop of Intelligent System and Applications (ISA2011) 4 b) ~/ c" X8 x, @8 l: W7 {28-29 May, 2011 Wuhan, China 6 n7 a1 v9 S. Y2 H& y+ w1 I1 [2 r( X8 j& A2 V9 I- T
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The 3rd International Workshop on Intelligent Systems and Applications (ISA 2011) was organized by Computer School of Huei University of Technology, and supported by Huazhong University of Science and Technology, Wuhan University, YOCSEF(Wuhan), and Research Association of Modern Education and Computer Science. ISA 2011 will be convened in the magnificent cultural city - Wuhan, China. ISA 2011 will bring experts from several continents to give presentations, exchange information and learn about the latest developments in the field of Intelligent System and their Applications. Proceedings ISA 2011 will be published by IEEE Press. All papers accepted will be indexed by EI Compendex and ISTP. The best papers presented at the conference will selected for publications in some International Journals, which are indexed by SCI or EI. . a& Y1 j3 O+ F8 f/ c
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1 R9 R t. R' H2 BPaper Submission Due: 16 January, 2011 3 J: ^/ w" i* ^2 YNotification of Paper Acceptance Due: 31 January, 20112 g9 O( i ]" {0 b
Final Manuscript Due: 11 February, 2011. s2 A& E' K6 w$ ?$ k
Registration and Full Payment Due: 25 February, 2011+ O+ R& P3 t. J) B+ p" P ~" t
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# Y0 P6 w+ E( e# M9 x, P m& O$ a# {5 U+ i- Y& QTopics OF Workshop y, W4 d, d0 u& d* a8 v' f( C8 b1 \2 s6 [* h/ N9 M/ i' x( y
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Authors are invited to submit original unpublished manuscripts that demonstrate recent advances the following areas of interest, but are not limited to:& {$ \( c) ?) W
' h/ s6 z [/ e0 i( Y0 ^, I& x " y0 s" W! V/ a. HArea 1.Advanced Computation Theory and Application/ 高级计算理论和应用# Q' _# ~* [1 a2 I% U
Neural Networks# P4 w$ u' N# a& E2 ^: K
Evolutionary Computing and Genetic Algorithms - c! R3 F- {$ M0 i+ n
Fuzzy Systems and Soft Computing% {, y/ g! a8 L; Q# h* `
Ant Colony Optimization+ G5 F9 R( R) P9 e6 ]% ^0 X. o1 c! p
Particle Swarm Optimization / i) |7 ]! S! A3 F% x& l y
Artificial Fish School Algorithm 4 r& a* [6 k1 a, d* gArtificial Life and Artificial Immune Systems, {. Z2 C6 p! W
Systems Biology and Neurobiology $ |: j) E# [$ M5 z$ S) x5 W9 oSupport Vector Machine , F3 E$ N0 `' Q7 xRough and fuzzy rough set 3 ~+ V. x$ O/ e/ d$ ^Knowledge Discovery and Data Mining- n7 W$ L) R& C! `2 j- P1 n. {
Kernel Methods ' G% w0 U$ T4 O! W4 ?7 v2 |Supervised & Semi-supervised Learning& \; M% G, I8 e6 Z- S
Cloud Computing ! x7 D2 Q7 K+ R7 [
Evolutionary learning systems7 `6 R3 \- \- u( S2 }
Hybrid System8 `3 A. B* @. c7 d! M
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% }2 m, t1 _1 @$ x1 ~$ ~, {) C# sArea 2: Automation/ 自动化 # L- i! `/ Z) ?9 X& ~3 Z; ~2 ?7 XMan-Machine Interaction% _# e) w9 @& U0 ? B
CIMS and Manufacturing Systems6 t7 |- A! `- [3 U
Factory Modeling and Simulation4 C) Y3 ^' g) x9 K6 S
Instrumentation Systems 2 R( d1 B+ X3 I1 s2 r5 g8 y1 gNetwork-based Systems / Z- u' T! Y4 n7 \9 K' MScheduling and Coordination' D7 W3 i4 X$ a U# H6 v5 f
Process Automation 6 B, y8 K4 Y4 k+ Z) A9 [0 kAutomobile Electric ) Z* y+ H+ T0 P5 G$ |Sensor Fusion r& s- Z: b/ \ Q
Intelligent Mechatronics and Robotics * r; n0 L; j" V/ N" S& k+ WIntelligent Automation + c+ k' C- t, E9 s1 s9 d( H) ]: F$ E0 r# U
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Area 3: Management and intelligent decision/ 管理与智能决策 & ^' v( q; r; @Knowledge Management and Knowledge Engineering ) ?( E! w4 @% x( r! EManagement Information Systems " W4 K' @3 z$ [) Y5 H3 ]3 Q& lManagement of Supply Chain and Logistics1 X7 m: R3 I- U5 e, Q
Financial Data Mining( z0 o- \5 i' a9 t( H
Customer Relationship Management ) J! Q3 R9 G9 w* ]! b! H5 \+ ^/ u9 WWeb Data Mining" E# W/ d$ Y0 d3 L& s1 Q
Games Theory ( G, ]# b8 O# |6 p
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Area 4: Information Theory, Control Theory and Application/ 信息理论,控制理论和应用 $ i5 C+ q' ?- ?+ p" s! J* OSystem Theory and Control Theory 1 ^ ~5 z5 z C0 gNonlinear System and Control o. x9 _* s0 E0 J! C6 qBayesian Network 9 m2 }$ o) Q# d* oPervasive Computing5 ?, t& i* b5 q, W
Modeling, Identification and Signal Processing : y. ]2 M/ }2 r1 pFuzzy System and Fuzzy Control , i) Y9 ^! V" l7 g( k6 B) ODistributed Control Systems " l1 t* X+ ~3 X0 Y! f; z& K$ _Adaptive Control and Learning Control / A6 V# A0 _; U; MRobust and H-infinity Control , L5 b% T+ |$ s2 LTraffic Control 2 J, T; f; |3 r9 |$ D' ZCommunication Network Systems6 g( y6 I+ c- A+ B
Intelligence System Design* F7 M9 U, V) G2 G2 w: v- }( r
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