Reliable Computing, Volume 4

Volume 4, Number 1, February 1998

• Ralf Hungerbühler, Jürgen Garloff:
  Bounds for the Range of a Bivariate Polynomial over a Triangle. 3-13
  
• Huang Zhenyu:
  An Interval Entropy Penalty Method for Nonlinear Global Optimization. 15-25
  
• Chenyi Hu, Angelina Cardenas, Stephanie Hoogendoorn, Pedro Sepulveda Jr.:
  An Interval Polynomial Interpolation Problem and Its Lagrange Solution. 27-38
  
• Maria Beltran, Gilbert Castillo, Vladik Kreinovich:
  Algorithms That Still Produce a Solution (Maybe Not Optimal) Even When Interrupted: Shary's Idea Justified. 39-53
  
• David Morales, Tran Cao Son:
  Interval Methods in Robot Navigation. 55-61
  
• Zhihui Huey Hu:
  Reliable Optimal Production Control with Cobb-Douglas Model. 63-69
  
• Daniel Berleant, Hang Cheng:
  A Software Tool for Automatically Verified Operations on Intervals and Probability Distributions. 71-82
  
• Martin Berz, Georg Hoffstätter:
  Computation and Application of Taylor Polynomials with Interval Remainder Bounds. 83-97
  
• Clifton Davis:
  A New Application of Local Minima of Interval Functions: Interval-Valued Fuzzy Control. 99-101
  
• Graciela Gonzalez:
  Intervals Help to Design an Imaging System. 103-104
  
• Misha Koshelev, Luc Longpré:
  A Brief Description of Gell-Mann's Lecture and How Intervals May Help to Describe Complexity in the Real World. 105-107
  
• Alexander Levichev, Olga Kosheleva:
  Intervals in Space-Time: A. D. Alexandrov is 85. 109-112
  

Volume 4, Number 2, May 1998

• Mitsuhiro T. Nakao, Nobito Yamamoto, Yoshitaka Watanabe:
  Constructive L2 Error Estimates for Finite Element Solutions of the Stokes Equations. 115-124
  
• Lubomir V. Kolev:
  A New Method for Global Solution of Systems of Non-Linear Equations. 125-146
  
• Daniel Berleant, Chaim Goodman-Strauss:
  Bounding the Results of Arithmetic Operations on Random Variables of Unknown Dependency Using Intervals. 147-165
  
• Antony T. Popov:
  A Relation Between Morphological and Interval Operations. 167-178
  
• Olga Kosheleva, Piet G. Vroegindeweij:
  When Is the Product of Intervals Also an Interval? 179-190
  
• David Dennis, Vladik Kreinovich, Siegfried M. Rump:
  Intervals and the Origins of Calculus. 191-197
  
• Anatoly D. Plotnikov:
  One Criterion of Existence of a Himiltonian Cycle. 199-202
  

Volume 4, Number 3, August 1998

• Günter Mayer, Jiri Rohn:
  On the Applicability of the Interval Gaussian Algorithm. 205-222
  
• Michael A. Wolfe:
  On a Second Derivative Test due to Qi. 223-234
  
• Mark R. Baker, Rajendra B. Patil:
  Universal Approximation Theorem for Interval Neural Networks. 235-239
  
• Diane I. Doser, Kevin D. Crain, Mark R. Baker, Vladik Kreinovich, Matthew C. Gerstenberger:
  Estimating Uncertainties for Geophysical Tomography. 241-268
  
• Tiraz R. Birdie, Karan S. Surana:
  The Use of Interval Analysis in Hydrologic Systems. 269-281
  
• Antony T. Popov, Hung T. Nguyen, Leonid K. Reznik:
  An Application of Fuzzy Mathematical Morphology to Interval-Valued Knowledge Representation: A Remark. 283-290
  
• Alejandro E. Brito, Olga Kosheleva:
  Interval + Image = Wavelet: For Image Processing under Interval Uncertainty, Wavelets Are Optimal. 291-301
  
• Alfredo Gabaldon, Hung T. Nguyen:
  Exclusive OR Operation That Leads to the Narrowest Intervals. 303-306
  
• Ramon E. Moore:
  Alberth, O.: Precise Numerical Methods Using C++. 307-308
  
• Jürgen Wolff von Gudenberg:
  International Conference Interval'98. 309-309
  

Volume 4, Number 4, November 1998

• Roumen Anguelov, Svetoslav Markov:
  Wrapping Effect and Wrapping Function. 311-330
  
• Anthony P. Leclerc, Jeffrey S. Ely:
  Reliable Collision Detection for Time-Dependent Parametric Surfaces. 331-344
  
• Christian Jansson:
  An NP-Hardness Result for Nonlinear Systems. 345-350
  
• Misha Koshelev, Luc Longpré, Patrick Taillibert:
  Optimal Enclosure of Quadratic Interval Functions. 351-360
  
• Martin Berz, Kyoko Makino:
  Verified Integration of ODEs and Flows Using Differential Algebraic Methods on High-Order Taylor Models. 361-369
  
• Siegfried M. Rump:
  A Note on Epsilon-Inflation. 371-375
  
• Gregory G. Menshikov:
  Intersection Subdistributivity and Interval Hull Superdistributivity with Respect to the Interval Maps. 377-381
  
• Gerhard Heindl, Vladik Kreinovich, Anatoly V. Lakeyev:
  Solving Linear Interval Systems Is NP-Hard Even If We Exclude Overflow and Underflow. 377-381
  
• Gerhard Heindl, Vladik Kreinovich, Anatoly V. Lakeyev:
  Solving Linear Interval Systems Is NP-Hard Even If We Exclude Overflow and Underflow. 383-388
  
• Monica Nogueira, Amarendra Nandigam:
  Why Intervals? Because If We Allow Other Sets, Tractable Problems Become Intractable. 389-394
  
• Erzsébet Merényi, Scott A. Starks, Karen Villaverde:
  Hyper-Spectral Satellite Images: Interval Methods May Be Helpful. 395-397
  
• Olga Kosheleva:
  Hilbert Problems (Almost) 100 Years Later (From the Viewpoint of Interval Computations). 399-403
  
• R. Baker Kearfott:
  Kreinovich, V., Lakeyev, A., Rohn, J., and Kahl, P.: Computational Complexity and Feasibility of Data Processing and Interval Computations. 405-409
  
• George F. Corliss, Ramon E. Moore:
  1998 SIAM Annual Meeting: Interval Highlights - Toronto, July 13-17, 1998. 411-412
  
• First Announcement and Call for Papers ICRA99 - International Conference on Rational Approximation June 6-11, 1999 University of Antwerp (UIA). 413-414