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Performance enhancement of in-network probabilistic aggregation (PEPA) for vehicular ad-hoc networks Cover

Performance enhancement of in-network probabilistic aggregation (PEPA) for vehicular ad-hoc networks

Open Access
|Jan 2021

Figures & Tables

Figure 1:

Basic clustering communication model in VANET.

Figure 2:

Basic model for information flow.

Figure 3:

Data aggregation and dissemination process.

Figure 4:

Packet delivery ratio of PEPA, KBPDA, DRDCA, CASCADE, and IVG under different densities of vehicles.

Figure 5:

Average delay of PEPA, KBPDA, DRDCA, CASCADE, and IVG under different densities of vehicles.

Figure 6:

Packet delivery ratio of PEPA, KBPDA, DRDCDA, CASCADE, and IVG under varying data-sending rates.

Figure 7:

Average delay of PEPA, KBPDA, DRDCDA, CASCADE, and IVG under varying data-sending rates.

Figure 8:

Aggregation accuracy of PEPA, KBPDA, DRDCDA, CASCADE, and IVG under varying vehicular traffic densities.

Simulation parameters_

ParameterValue or type
Simulation area2500 m × 2500 m
Simulation time600s
Radio modelTwo-ray ground
MAC layerIEEE802.11
Number of vehicles50–400
Vehicle speed40–120 km/h
Constant bit rate (CBR rate)1–4 packet/s
Vehicle communication range500 m
Bandwidth20Mbps
Data packet size500–2,500 byte
Cache replacement policyFIFO
Mobility modelManhattan
Traffic environmentUrban
Number of lanes4–8
Traffic typeMultimodal
Routing protocolAODV
Number of simulation runs10
Language: English
Page range: 1 - 9
Submitted on: Sep 8, 2020
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Published on: Jan 5, 2021
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2021 Rajeev Kumar, Dilip Kumar, Dinesh Kumar, published by Professor Subhas Chandra Mukhopadhyay
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.