Welcome to D
SIGMOD 2003
PODS 2003
SIGMOD-RECOR
ADBIS
CIDR 2003
CIKM 2003
DASFAA 2003
Data Enginee
DEBS
DMKD 2003
DOLAP 2003
DPDJ 2003
ER
GIS 2003
Hypertext 20
ICDE 2003
ICDM 2003
ICDT 2003
JCDL 2003
KRDB 2003
MIR 2003
MIS 2003
MMDB 2003
RIDE 2003
SBBD 2003
SIGIR 2003
SIGIR-FORUM
SIGKDD 2003
SIGKDD-EXP
SSDBM 2003
TIME 2003
TODS
VLDB 2003
VLDB Journal
WIDM 2003
About DiSC 2
Editorial Bo
Acknowledgem
DiSC 2004 Pr
ADVIS
DiSC'04 Feed
DiSC'04 Site
Search DiSC'
<<<Author Index>>>
Copyright No

Eric Mjolsness

Papers on DiSC'04


Translation-invariant mixture models for curve clustering

Translation-Invariant Mixture Models for Curve Clustering

Publications


Note: Links lead to the DBLP on the Web.

Eric Mjolsness

Darya Chudova , Scott Gaffney , Eric Mjolsness, Padhraic Smyth : Translation-invariant mixture models for curve clustering. KDD 2003 : 79-88

M. Hucka , A. Finney , H. M. Sauro , H. Bolouri , J. C. Doyle , H. Kitano , A. P. Arkin , B. J. Bornstein , D. Bray , A. Cornish-Bowden , A. A. Cuellar , S. Dronov , Ernst Dieter Gilles , Martin Ginkel , Victoria Gor , I. I. Goryanin , W. J. Hedley , T. C. Hodgman , J.-H. Hofmeyr , P. J. Hunter , N. S. Juty , J. L. Kasberger , Andreas Kremling , Ursula Kummer , Nicolas Le Novère , L. M. Loew , D. Lucio , Pedro Mendes , E. Minch , Eric Mjolsness, Yoichi Nakayama , M. R. Nelson , P. F. Nielsen , T. Sakurada , J. C. Schaff , B. E. Shapiro , T. S. Shimizu , H. D. Spence , Jörg Stelling , Koichi Takahashi , Masaru Tomita , J. Wagner , J. Wang : The systems biology markup language (SBML): a medium for representation and exchange of biochemical network models. Bioinformatics 19 (4): 524-531 (2003)

Bruce E. Shapiro , Andre Levchenko , Elliot M. Meyerowitz , Barbara J. Wold , Eric Mjolsness: Cellerator: extending a computer algebra system to include biochemical arrows for signal transduction simulations. Bioinformatics 19 (5): 677-678 (2003)

Ruye Wang , Lucas Scharenbroich , Christopher Hart , Barbara J. Wold , Eric Mjolsness: Clustering analysis of microarray gene expression data by splitting algorithm. J. Parallel Distrib. Comput. 63 (7-8): 692-706 (2003)

Tara A. Estlin , Rebecca Castañ Ashley Davies , Darren Mutz , Gregg Rabideau , Steve A. Chien , Eric Mjolsness: Goal-Directed Scientific Exploration Using Multiple Rovers. FLAIRS Conference 2001 : 33-37

Eric Mjolsness, Ann Tavormina : The Synergy of Biology, Intelligent Systems, and Space Exploration. IEEE Intelligent Systems 15 (2): 20-25 (2000)

Chien-Ping Lu , Gregory D. Hager , Eric Mjolsness: Fast and Globally Convergent Pose Estimation from Video Images. IEEE Transactions on Pattern Analysis and Machine Intelligence 22 (6): 610-622 (2000)

Tara A. Estlin , Alexander Gray , Tobias Mann , Gregg Rabideau , Rebecca Castaño , Steve A. Chien , Eric Mjolsness: An Integrated System for Multi-Rover Scientific Exploration. AAAI/IAAI 1999 : 613-620

Anand Rangarajan , Haili Chui , Eric Mjolsness: A New Distance Measure for Non-rigid Image Matching. EMMCVPR 1999 : 237-252

Eric Mjolsness, Elliot M. Meyerowitz , Victoria Gor , Tobias Mann : Morphogenesis in Plants: Modeling the Shoot Apical Meristem, and Possible Applications. Evolvable Hardware 1999 : 139-144

Eric Mjolsness, Tobias Mann , Rebecca Castaño , Barbara J. Wold : From Coexpression to Coregulation: An Approach to Inferring Transcriptional Regulation among Gene Classes from Large-Scale Expression Data. NIPS 1999 : 928-934

Anand Rangarajan , Alan L. Yuille , Eric Mjolsness: Convergence Properties of the Softassign Quadratic Assignment Algorithm. Neural Computation 11 (6): 1455-1474 (1999)

Steven Gold , Anand Rangarajan , Chien-Ping Lu , Suguna Pappu , Eric Mjolsness: New algorithms for 2D and 3D point matching: pose estimation and correspondence. Pattern Recognition 31 (8): 1019-1031 (1998)

Anand Rangarajan , Alan L. Yuille , Steven Gold , Eric Mjolsness: A Convergence Proof for the Softassign Quadratic Assignment Algorithm. NIPS 1996 : 620-626

Anand Rangarajan , Eric Mjolsness, Suguna Pappu , Lila Davachi , Patricia S. Goldman-Rakic , James S. Duncan : A Robust Point Matching Algorithm for Autoradiograph Alignment. VBC 1996 : 277-286

Eric Mjolsness, Charles Garrett , John Reinitz , David H. Sharp : Modeling the Connection Between Development and Evolution: Preliminary Report. Evolution and Biocomputation 1995 : 103-122

Dimitris I. Tsioutsias , Eric Mjolsness: A Mulitscale Attentional Framework for Relaxation Neural Networks. NIPS 1995 : 633-639

Steven Gold , Anand Rangarajan , Eric Mjolsness: Learning with Preknowledge: Clustering with Point and Graph Matching Distance Measures. NIPS 1994 : 713-720

Steven Gold , Chien-Ping Lu , Anand Rangarajan , Suguna Pappu , Eric Mjolsness: New Algorithms for 2D and 3D Point Matching: Pose Estimation and Correspondence. NIPS 1994 : 957-964

Steven Gold , Eric Mjolsness, Anand Rangarajan : Clustering with a Domain-Specific Distance Measure. NIPS 1993 : 96-103

Chien-Ping Lu , Eric Mjolsness: Two-Dimensional Object Localization by Coarse-to-Fine Correlation Matching. NIPS 1993 : 985-992

Przemyslaw Prusinkiewicz , Mark Hammel , Eric Mjolsness: Animation of plant development. SIGGRAPH 1993 : 351-360

Eric Mjolsness: Visual Grammars and Their Neural Nets. NIPS 1991 : 428-435

Eric Mjolsness, Willard L. Miranker : A Lagrangian Approach to Fixed Points. NIPS 1990 : 77-83

Eric Mjolsness, Gene Gindi , P. Anandan : Neural Networks for Model Matching and Perceptual Organization. NIPS 1988 : 618-625

1 [ 1 ]

2 [ 24 ]

3 [ 24 ]

4 [ 24 ]

5 [ 24 ]

6 [ 15 ] [ 18 ]

7 [ 18 ] [ 21 ]

8 [ 25 ]

9 [ 17 ]

10 [ 24 ]

11 [ 24 ]

12 [ 11 ]

13 [ 21 ]

14 [ 24 ]

15 [ 24 ]

16 [ 11 ]

17 [ 18 ] [ 21 ]

18 [ 24 ]

19 [ 25 ]

20 [ 10 ]

21 [ 24 ]

22 [ 1 ]

23 [ 24 ]

24 [ 6 ] [ 7 ] [ 8 ] [ 12 ] [ 13 ]

25 [ 11 ]

26 [ 16 ] [ 24 ]

27 [ 24 ]

28 [ 18 ]

29 [ 19 ]

30 [ 4 ]

31 [ 22 ]

32 [ 24 ]

33 [ 24 ]

34 [ 24 ]

35 [ 24 ]

36 [ 24 ]

37 [ 24 ]

38 [ 24 ]

39 [ 24 ]

40 [ 24 ]

41 [ 24 ]

42 [ 23 ]

43 [ 24 ]

44 [ 5 ] [ 7 ] [ 13 ] [ 19 ]

45 [ 24 ]

46 [ 15 ] [ 16 ] [ 18 ]

47 [ 24 ]

48 [ 16 ] [ 23 ]

49 [ 24 ]

50 [ 2 ]

51 [ 21 ]

52 [ 24 ]

53 [ 24 ]

54 [ 24 ]

55 [ 24 ]

56 [ 7 ] [ 11 ] [ 13 ]

57 [ 4 ]

58 [ 18 ] [ 21 ]

59 [ 6 ] [ 7 ] [ 8 ] [ 11 ] [ 12 ] [ 13 ] [ 14 ] [ 17 ]

60 [ 10 ]

61 [ 24 ]

62 [ 24 ]

63 [ 24 ]

64 [ 22 ]

65 [ 24 ]

66 [ 23 ]

67 [ 10 ]

68 [ 24 ]

69 [ 25 ]

70 [ 24 ]

71 [ 24 ]

72 [ 24 ]

73 [ 20 ]

74 [ 24 ]

75 [ 9 ]

76 [ 24 ]

77 [ 24 ]

78 [ 22 ]

79 [ 15 ] [ 22 ] [ 23 ]

80 [ 12 ] [ 14 ]




©2004 Association for Computing Machinery