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Estimation of traffic flow changes using networks in networks approaches
Jürgen Hackl
, Bryan T. Adey
Research output
:
Contribution to journal
›
Article
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peer-review
14
Scopus citations
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Keyphrases
Network Approach
100%
Traffic Flow
100%
Flow Alteration
100%
In-network
100%
Network Structure
75%
Network Model
50%
Transportation Network
50%
Urban Areas
25%
Diffusion Process
25%
Topological Transformation
25%
Graph Structure
25%
Spatiotemporal Pattern
25%
Travellers
25%
Destination Information
25%
Transportation Research
25%
Road Network
25%
Simple Representation
25%
Cascading Effects
25%
Switzerland
25%
Independent Network
25%
Origin-destination
25%
Multiple Diffusion
25%
Empirical Measure
25%
Benchmark Network
25%
Physical Meaning
25%
Flow Approximations
25%
Consistent Graphs
25%
Multilayer Networks
25%
Single-layer Network
25%
Sioux
25%
Complex Network Theory
25%
Dynamic Traffic Patterns
25%
Embedded Networks
25%
Computer Science
Network Structures
100%
Transportation Network
66%
Network Layer
66%
Approximation (Algorithm)
33%
Traffic Pattern
33%
Diffusion Process
33%
Dynamic Traffic
33%
Simple Representation
33%
Physical Meaning
33%
Cascading Effect
33%
Complex Network Theory
33%
Economics, Econometrics and Finance
Metropolitan Area
100%
Environmental Economics
100%
Social Economics
100%
Road Network
100%
Social Sciences
Transport
100%
Social Economics
33%
Environmental Economics
33%
Road Network
33%