Step 1: Make a structure of the paper.
I Introduction
Introduce the problem. (in a system way)
II ITS Applications
Introduce the message broadcast way
III Partitioning Solutions
Proposed Solution and the Old Solution
IV Experiment I: partitioning without ITS
V Experiment II: partitioning with ITS models
partitioning with estimated ITS models
VI TBD
VII Conclusion
contributions:
1: hyper graph based problem modeling.
2: propose to use hMETIS, in order to solve the problem.
3: experiments:
4: improvements.
The research solution can be directly used in current distributed transportation simulations.
Step 2: Title Discussion
Offline Road Network Partitioning in Distributed Transportation Simulation
Step 3: Introduction
Distributed Transportation Simulation
Offline Road Network Partitioning (offline)
Structure of Off-line Road Network Partitioning
Measurement
METIS-based solution
Controbution of this paper
Outline
Step 4: ITS Applications
Definition
Classification
Decentralized Information Control
Vehicle-2-Vehicle System
Advanced Signal Control System
Centralized Information Control
NextBus
Parking Control
Introduce Two Cases
Step 5: Partitioning Solutions
Graph-based
HyperGraph-based solution
Step 6: Experiments I
Step 7: Experiments II
Step 8: Improvement
Step 9: Conclusion
No comments:
Post a Comment