Hartmut Ehrig, Hans-Jörg Kreowski, Grzegorz Rozenberg
Proceedings of the Fourth International Workshop on Graph-Grammars and Their Application to Computer Science
GG, 1990.
@proceedings{GG-1990, address = "Bremen, Germany", editor = "Hartmut Ehrig and Hans-Jörg Kreowski and Grzegorz Rozenberg", isbn = "3-540-54478-X", publisher = "{Springer-Verlag}", series = "{Lecture Notes in Computer Science}", title = "{Proceedings of the Fourth International Workshop on Graph-Grammars and Their Application to Computer Science}", volume = 532, year = 1990, }
Contents (60 items)
- GG-1990-DrewesK
- A Note on Hyperedge Replacement (FD, HJK), pp. 1–12.
- GG-1990-EngelfrietR #graph grammar
- Graph Grammars Based on Node Rewriting: An Introduction to NLC Graph Grammars (JE, GR), pp. 12–23.
- GG-1990-EhrigKL #algebra #approach #category theory #graph grammar #tutorial
- Tutorial Introduction to the Algebraic Approach of Graph Grammars Based on Double and Single Pushouts (HE, MK, ML), pp. 24–37.
- GG-1990-Courcelle #graph #logic
- The Logical Exprssion of Graph Properties (BC), pp. 38–40.
- GG-1990-Boer #biology #graph grammar #modelling
- Graph Grammars as a Modelling Tool in Developmental Biology (MJMdB), pp. 41–43.
- GG-1990-Bunke #graph grammar #pattern matching #pattern recognition #question #recognition
- Graph Grammars — a Useful Tool for Pattern Recognition? (HB), pp. 43–46.
- GG-1990-Cuny #graph grammar #question #tool support
- Graph Grammars as Tools in Applications Work? (JEC), pp. 46–47.
- GG-1990-Fracchia #biology #modelling
- Modelling of Biological Structures (FDF), pp. 47–48.
- GG-1990-Gottler #graph grammar
- Usefulness of Graph Grammars in Applications (HG), pp. 48–49.
- GG-1990-Kaplan #graph grammar #re-engineering
- Applying Graph Grammars to Software engineering (SMK), pp. 49–51.
- GG-1990-Kreowski #graph transformation
- Applied Graph Transformation (HJK), pp. 51–52.
- GG-1990-Mayoh #graph grammar #information management #representation
- Graph Grammars for Knowledge Representation (BHM), p. 53.
- GG-1990-Nagl #graph grammar
- Graph Grammars which are Suitable for Applications (MN), pp. 54–56.
- GG-1990-Paz #graph grammar
- Usefulness and Visibility of Graph Grammars (AP), p. 56.
- GG-1990-Sleep #graph grammar #research
- Applications of Graph Grammars and Directions for Research (MRS), pp. 57–60.
- GG-1990-Himsolt #graph grammar #interactive #named
- GraphEd: An Interactive Tool For Developing Graph Grammars (MH), pp. 61–65.
- GG-1990-Schurr #incremental
- Presentation of the IPSEN-Environment: An Integrated and Incremental Project Support ENvironment (AS), p. 66.
- GG-1990-Schurr90a #editing #graph grammar #hybrid #term rewriting
- Presentation of the PROGRESS-Editor: A text-oriented hybrid editor for PROgrammed Graph REwriting SyStems (AS), p. 67.
- GG-1990-Wanke #graph grammar #named #tool support
- PLEXUS: Tools for Analyzing Graph Grammars (EW), pp. 68–69.
- GG-1990-ArnborgCPS #algebra #graph #reduction
- An Algebraic Theory of Graph Reduction (SA, BC, AP, DS), pp. 70–83.
- GG-1990-BaileyCF #graph #programming #scalability
- Programming with Very Large Graphs (DAB, JEC, CDF), pp. 84–97.
- GG-1990-Barthelmann #category theory #graph grammar
- Describing Göttler’s Operational Graph Grammars with Pushouts (KB), pp. 98–112.
- GG-1990-Bauderon #equation #recursion
- General Solution to a System of Recursive Equations (MB), pp. 113–126.
- GG-1990-Boer90a #sequence
- Construction of Map OL-Systems for Developmental Sequences of Plant Cell Layers (MJMdB), pp. 127–143.
- GG-1990-Brandenburg #approach #graph grammar #layout
- Layout Graph Grammars: The Placement Approach (FJB), pp. 144–156.
- GG-1990-Chytil
- Cycle Chain Code Picture Languages (FJB, MC), pp. 157–173.
- GG-1990-BunkeGT #algorithm #graph grammar #implementation #performance
- An Efficient Implementation of Graph Grammars Based on the RETE Matching Algorithm (HB, TG, THT), pp. 174–189.
- GG-1990-Caucal #graph grammar
- An Application of Graph Grammars to the Elimination of Redundancy from Functions Defined by Schemes (DC), pp. 190–206.
- GG-1990-Chen #equivalence #optimisation
- Graphic Equivalence and Computer Optimization (TCC), pp. 207–220.
- GG-1990-CorradiniMREL #graph grammar #logic programming
- Graph Grammars and Logic Programming (AC, UM, FR, HE, ML), pp. 221–237.
- GG-1990-Courcelle90a #algebra #approach #graph #logic #relational
- Graphs as Relational Structures: An Algebraic an Logical Approach (BC), pp. 238–252.
- GG-1990-CourcelleER #graph grammar
- Context-free Handle-rewriting Hypergraph Grammars (BC, JE, GR), pp. 253–268.
- GG-1990-EhrigHKP #graph grammar
- From Graph Grammars to High Level Replacement Systems (HE, AH, HJK, FPP), pp. 269–291.
- GG-1990-EhringP #algebra #graph grammar #specification
- Algebraic Specification Grammars: A Junction between Module Specifications and Graph Grammars (HE, FPP), pp. 292–310.
- GG-1990-Engelfriet #graph #higher-order #logic #monad
- A Characterization of Context-Free NCE Graph Languages by Monadic Second-Order Logic on Trees (JE), pp. 311–327.
- GG-1990-EngelfrietH #generative #graph grammar #power of
- The Term Generating Power of Context-Free Hypergraph Grammars (JE, LH), pp. 328–243.
- GG-1990-Engels #database
- Elementary Actions on an Extended Entity-Relationship Database (GE), pp. 344–362.
- GG-1990-FracchiaP #visual notation
- Physically-Based Graphical Interpretation of Marker Cellwork L-Systems (FDF, PP), pp. 363–377.
- GG-1990-GlauertKS #graph grammar #named
- Dactl: An Experimental Graph Rewriting Language (JRWG, RK, MRS), pp. 378–395.
- GG-1990-GottlerGN #design #exclamation #graph grammar
- Use Graph Grammars to Design CAD-Systems! (HG, JG, GN), pp. 396–410.
- GG-1990-HabelK
- Collage Grammars (AH, HJK), pp. 411–429.
- GG-1990-HessM #approach
- The Four Musicians: Analogies and Expert Systems — A Graphic Approach (LH, BHM), pp. 430–445.
- GG-1990-JanssensR #graph
- Structured Transformations and Computation Graphs for Actor Grammars (DJ, GR), pp. 446–460.
- GG-1990-JeltschK #grammar inference
- Grammatical Inference Based on Hyperedge Replacement (EJ, HJK), pp. 461–474.
- GG-1990-KaplanLG #concurrent #specification
- Specifying Concurrent Languages and Systems with ???-Grammars (SMK, JPL, SKG), pp. 475–489.
- GG-1990-Kennaway #category theory #graph grammar #morphism
- Graph Rewriting in Some Categories of Partial Morphisms (RK), pp. 490–504.
- GG-1990-Korff #graph grammar #rule-based
- Application of Graph Grammars to Rule-Based Systems (MK), pp. 505–519.
- GG-1990-Lautemann #automaton #composition
- Tree Automata, Tree Decomposition and Hyperedge Replacement (CL), pp. 520–537.
- GG-1990-Lichtblau #polynomial
- Recognizing Rooted Context-free Flowgraph Languages in Polynomial Time (UL), pp. 538–548.
- GG-1990-LitovskyM #graph
- Computing with Graph Relabelling Systems with Priorities (IL, YM), pp. 549–563.
- GG-1990-LuckL
- Double-wall Cellworks Systems for Plant Meristems (JL, HBL), pp. 564–581.
- GG-1990-Maggiolo-SchettiniW #relational
- Programmed Derivations of Relational Structures (AMS, JW), pp. 582–598.
- GG-1990-NaglS #graph grammar #specification
- A Specification Environment for Graph Grammars (MN, AS), pp. 599–609.
- GG-1990-Paz90a #formal method #overview
- The Theory of Graphoids: A Survey (AP), pp. 610–621.
- GG-1990-Plump #term rewriting
- Graph-Reducible Term Rewriting Systems (DP), pp. 622–636.
- GG-1990-Rosenfeld #graph
- A Note on Graph Decimation (AR), pp. 637–640.
- GG-1990-Schurr90b #graph grammar #named
- PROGRESS: A VHL-Language Based on Graph Grammars (AS), pp. 641–659.
- GG-1990-TaentzerS #graph grammar
- Movement of Objects in Configuration Spaces modelled by graph Grammars (GT, HS), pp. 660–675.
- GG-1990-Vogler #graph #polynomial
- Recognizing Edge Replacement Graph Languages in Cubic Time (WV), pp. 676–687.
- GG-1990-EhrigL #graph transformation
- Computing by Graph Transformation: Overall Aims and New Results (HE, ML), pp. 688–703.
30 ×#graph grammar
9 ×#graph
4 ×#algebra
4 ×#approach
4 ×#named
3 ×#category theory
3 ×#logic
3 ×#specification
2 ×#biology
2 ×#graph transformation
9 ×#graph
4 ×#algebra
4 ×#approach
4 ×#named
3 ×#category theory
3 ×#logic
3 ×#specification
2 ×#biology
2 ×#graph transformation