Interval Mathematics 1985: Freiburg, Germany

@proceedings{DBLP:conf/interval/1985,
  editor    = {Karl Nickel},
  title     = {Interval Mathemantics 1985: Proceedings of the International
               Symposium, Freiburg i. Br., Federal Republic of Germany, September
               23-26, 1985},
  booktitle = {Interval Mathemantics},
  publisher = {Springer},
  series    = {Lecture Notes in Computer Science},
  volume    = {212},
  year      = {1986},
  isbn      = {3-540-16437-5},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

• Hermann Engels, D. an May:
  Interpolation of an Interval-Valued Function for Arbitrarily Distributed Nodes. 1-10
  
• Herbert Fischer:
  Acceptable Solutions of Linear Interval Integral Equations. 11-16
  
• Yasuo Fujii, Kozo Ichida, Masahiro Ozasa:
  Maximization of Multivariable Functions Using Interval Analysis. 17-26
  
• Ernest Gardeñes, Honorino Mielgo, Albert Trepat:
  Modal Intervals: Reason and Ground Semantics. 27-35
  
• Jürgen Garloff:
  Convergent Bounds for the Range of Multivariate Polynomials. 37-56
  
• Tadeusz Giec:
  On an Interval Computational Method for Finding the Reachable Set in Time-Optimal Control Problems. 57-65
  
• Henryk Kolacz:
  On the Optimality of Inclusion Algorithms. 67-79
  
• Rudolf Krawczyk:
  Interval Operators and Fixed Intervals. 81-94
  
• Fritz Krückeberg:
  Arbitrary Accuracy with Variable Precision Arithmetic. 95-101
  
• Svetoslav Markov, Roumen Anguelov:
  An Interval Method for System of ODE. 103-108
  
• Arnold Neumaier:
  Linear Interval Equations. 109-120
  
• Karl Nickel:
  How to Fight the Wrapping Effect. 121-132
  
• Miodrag S. Petkovic, Zarko M. Mitrovic, Ljiljana D. Petkovic:
  Arithmetic of Circular Rings. 133-142
  
• Louis B. Rall:
  Improved Interval Bounds for Ranges of Functions. 143-155
  
• Jiri Rohn:
  Inner Solutions of Linear Interval Systems. 157-158
  
• Klaus D. Schmidt:
  Embedding Theorems for Cones and Applications to Classes of Convex Sets Occurring in Interval Mathematics. 159-173
  
• Shen Zuhe:
  Interval Test and Existence Theorem. 175-196
  
• Peter Thieler:
  Technical Calculations by Means of Interval Mathematics. 197-208
  
• Zhaoyong You, Zongben Xu, Kunkun Liu:
  Generalized Theory and Some Specializations of the Region Contraction Algorithm I - Ball Operation. 209-223
  

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