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{{Overview|text=Lorem ipsum...}}<br /> | {{Overview|text=Lorem ipsum...}}<br /> | ||
This page gives an overview of all the pages in the wiki and gives guidelines on where to read through depending on your purposes. | |||
RailTopoModel (RTM) is one of the various UML models used for describing how to represent topology of the railway network. Other approaches ore given on the Borders of RTM page [19]. Special feature of RTM lies in a way to model aggregation of different levels of details (railway line, node (Mutterbahnhof in Germany) or station). railML3 implements these methods in XSD schema [1]. | |||
The development of RTM began with the list of use cases [2]. Being an interdisciplinary model RTM is used by both IT developers and railway people. More about this is given on the “Quick start” page [3] and its subpages [4, 5]. | |||
Formal model of RTM is based on connexity graph [16]. | |||
Overview of RTM methods and UML model is given on the Modelling concepts page [9] and the Core Elements page [11] correspondingly. Structure page [6] reviews basic requirements of RTM i.e. being able to model topology [7] and aggregation of railway network [8]. More on level can be found on the Levels of detail page [10]. | |||
Placing topology into world, e.g. relating topology with a set of coordinates is explained on the Position page [12] and its subpages [13, 14, 15, 20]. | |||
Placing railway infrastructure on the top of topology is described on the page of positioning objects [17]. | |||
During the development of RTM possible further works were determined, which are described on the Model Extensions page [18]. | |||
[1] RailML (Data Exchange) | |||
[2] RTM Use Cases and Application Examples | |||
[3] RTM Quick Start | |||
[4] RTM for IT Architects and Developers | |||
[5] RTM For Your Business | |||
[6] Structure | |||
[7] Topological structure (network) | |||
[8] Hierarchical structure (levels) | |||
[9] RTM Modelling Concepts | |||
[10] Levels of detail | |||
[11] Core elements | |||
[12] Positioning | |||
[13] Intrinsic positioning / referencing | |||
[14] Linear Positioning / referencing | |||
[15] Coordinate positioning | |||
[16] Connexity graph | |||
[18] RTM Model Extensions | |||
[19] Borders of RTM | |||
[20] Track-referred positioning | |||
Revision as of 13:50, 19 February 2024
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This page gives an overview of all the pages in the wiki and gives guidelines on where to read through depending on your purposes. RailTopoModel (RTM) is one of the various UML models used for describing how to represent topology of the railway network. Other approaches ore given on the Borders of RTM page [19]. Special feature of RTM lies in a way to model aggregation of different levels of details (railway line, node (Mutterbahnhof in Germany) or station). railML3 implements these methods in XSD schema [1]. The development of RTM began with the list of use cases [2]. Being an interdisciplinary model RTM is used by both IT developers and railway people. More about this is given on the “Quick start” page [3] and its subpages [4, 5]. Formal model of RTM is based on connexity graph [16]. Overview of RTM methods and UML model is given on the Modelling concepts page [9] and the Core Elements page [11] correspondingly. Structure page [6] reviews basic requirements of RTM i.e. being able to model topology [7] and aggregation of railway network [8]. More on level can be found on the Levels of detail page [10]. Placing topology into world, e.g. relating topology with a set of coordinates is explained on the Position page [12] and its subpages [13, 14, 15, 20]. Placing railway infrastructure on the top of topology is described on the page of positioning objects [17]. During the development of RTM possible further works were determined, which are described on the Model Extensions page [18].
[1] RailML (Data Exchange) [2] RTM Use Cases and Application Examples [3] RTM Quick Start [4] RTM for IT Architects and Developers [5] RTM For Your Business [6] Structure [7] Topological structure (network) [8] Hierarchical structure (levels) [9] RTM Modelling Concepts [10] Levels of detail [11] Core elements [12] Positioning [13] Intrinsic positioning / referencing [14] Linear Positioning / referencing [15] Coordinate positioning [16] Connexity graph [18] RTM Model Extensions [19] Borders of RTM [20] Track-referred positioning
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