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Table 2. Comparison among temporal object-oriented data models

in Extending the ODMG Object Model with Time
by Elisa Bertino, Elena Ferrari, Giovanna Guerrini, Isabella Merlo 1998
"... In PAGE 23: ... In the case of static objects, De nition 15 reduces to the traditional notion of consistency. 6 Related Work Table2 compares some temporal object-oriented data models proposed in the literature. Some considered approaches are compared under a di erent perspec- tive by Snodgrass [12].... ..."
Cited by 11

Table 2: Temporal object-oriented data models

in Temporal and Real-Time Databases: A Survey
by Gultekin Ozsoyoglu, Richard T. Snodgrass 1995
"... In PAGE 9: ... The last column indicates a short identi er which denotes the model; the table is sorted on this column2. We classify the extant object-oriented temporal data models in Table2 . The fourth column will be discussed further in Section 3.... In PAGE 13: ... OODAPLEX is not included, as it can support virtually any of these options (while that is also possible in TIGUKAT, speci c support for versioning has been added to the data model and language). More detail on the representation of \Other quot; may be found in the fourth column of Table2 . Speci cally, those data models supporting versions often allow arbitrary user-supplied identi ers to be associated with versions.... ..."
Cited by 44

Table 2: Visibility factor for each of the concepts available in object-oriented modeling.

in unknown title
by unknown authors
"... In PAGE 5: ... The analysis is summarized in Table 2. Table2 is interpreted as follows. The first row concerns attributes.... In PAGE 5: ... The inher- itance tree is stable. To fully answer the question of whether or not changes are visible in the object model we must take the union of the sets of classes that were presented in Table2 . The result is presented in Table 3.... ..."

Table 3: Visibility factor for the union of the concepts available in object-oriented modeling.

in unknown title
by unknown authors

Table 1. Object-Oriented Packages for Agent-Based Modeling

in Contributing Authors:
by Edited Dawn, C. Parker, Thomas Berger, Steven M. Manson, Alfons Balmann, Thomas Berger, François Bousquet, Eduardo Brondízio, Daniel G. Brown, Helen Couclelis, Peter Deadman, William J. Mcconnell, Michael F. Goodchild, Nick M. Gotts, George J. Gumerman, Matthew J. Hoffmann, Marco G. A. Huigen, Elena Irwin, Marco A. Janssen, Robert Johnston, Tim Kohler, Alistair N. R. Law, Virginia Lee, Kevin Lim, Steven M. Manson, William J. Mcconnell, Stephen Mccracken, Emilio Moran, Robert Najlis, Joan I. Nassauer, James J. Opaluch, Dawn C. Parker, J. Gary Polhill, Derek Robinson, Robert Thompson, Paul Torrens, Keith Warren
"... In PAGE 7: ... The Hybridization of Cellular Automata and Multi-Agent Systems in SprawlSim Figure 17. Land Distribution in a Simulation with 1,600 Plots and 110 Farms List of Tables Table1 . Object-Oriented Packages for Agent-Based Modeling Table 2.... ..."

Table 1. Summary of object-oriented environments

in BUILDING A TRAFFIC SIMULATION SOFTWARE AND A NEW CONCEPT FOR INTEGRATION OF BEST SIMULATORS
by Gábor Szűcs 2004
"... In PAGE 5: ... Its key point is that it supports a wide variety of event scheduling and continuous-time simulation models: declarative, functional, constraint models and multi-models [12]. Table1 summarizes the different features of these object-oriented environ- ments (part of the table is taken from [35]). Table 1.... ..."

Table 1: The Object-Oriented Space

in Modeling the Object-Oriented Space Through Validated Measures
by Ralph D. Neal
"... In PAGE 3: ... Each level of granularity exhibits characteristics that contribute to the character of that level. Designating the five levels of granularity as columns and fourteen dimensions of O-O software that have been gleaned from the literature as rows, The Object-Oriented Space matrix (see Table1 for axes headings) is proposed. This model forces a reasonable consensus upon measurers.... ..."

Table 1: Basic Methods of the V-Model for Object-Oriented Development

in unknown title
by unknown authors 2000
"... In PAGE 13: ...2 Basic Methods In this section, we summarize those basic methods of the V-Model which are assigned to ac- tivities and documents in the scenario for object-oriented development. In Table1 we list all these methods. Basic Methods of the V-Model for Object-Oriented Development ACC (Analysis of covert channels), category of methods COM (Class/Object Modeling) CRC (Class Responsibility Collaboration) DVER (Design Verification), category of methods FMEA (Failure Mode Effect Analysis) FS (Formal Specification) IAM (Interaction Modeling) MODIAG (Module Diagrams) ODT (Object Design Technique) PRODIAG (Process Diagrams) RELM (Reliability Models) SSM (Subsystem Modeling) STMO (State Modeling in the Object-Oriented Field) UCM (Use Case Modeling) Table 1: Basic Methods of the V-Model for Object-Oriented Development ... ..."
Cited by 1

TABLE 1. Summary of object-oriented specification languages and their formal underlying model

in A Review of Object-Oriented Approaches in Formal Methods
by Antonio Ruiz-Delgado, David Pitt, Colin Smythe 1995
Cited by 4

Table 1.- coverage of the requirements by the object-oriented concepts

in Objective VHDL - Requirements Collection and Design Objectives for object oriented extensions to VHDL
by Wolfram Putzke-Röming, Martin Radetzki, Wolfgang Nebel
"... In PAGE 22: ...- polymorphism Of course the object-oriented concepts get their real power for modeling not in an isolated use but by the use in combination. So Table1 should be read row by row. This means the marked object-oriented concepts of a row in combination are useful to cover the requirement.... ..."
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