Node Scheduling Control Inspired by Epidemic Theory for Data Dissemination in Wireless Sensor-Actuator Networks With Delay Constraints

Byun, Heejung; So, Jungmin

doi:10.1109/twc.2015.2496596

Cited by 36 publications

(10 citation statements)

References 37 publications

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“…Many variations have been proposed to minimize the redundancy of flooding, for example probabilistic, distance-based, and location-based algorithms. An adaptive bio-inspired epidemic dissemination protocol for wireless sensor-actuator networks was presented in [12]. An analytical model of message dissemination optimal control to minimize the accumulated network cost was provided in [13], with applications to mobile and social networks.…”

Section: Related Workmentioning

confidence: 99%

Epidemic and Timer-Based Message Dissemination in VANETs: A Performance Comparison

2020

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Data dissemination is among the key functions of Vehicular Ad-Hoc Networks (VANETs), and it has attracted much attention in the past decade. We address distributed, efficient, and scalable algorithms in the context of VANETs adopting the paradigm. We introduce an epidemic algorithm for message dissemination. The algorithm, named EPIC, is based on few assumptions, and it is very simple to implement. It uses only local information at each node, broadcast communications, and timers. EPIC is designed with the goal to reach the highest number of vehicles “infected” by the message, without overloading the network. It is tested on different scenarios taken from VANET simulations based on real urban environments (Manhattan, Cologne, Luxembourg). We compare our algorithm with a standard-based solution that exploits the contention-based forwarding component of the ETSI GeoNetworking protocol. On the other hand, we adapt literature based on a connected cover set to assess the near-optimality of our proposed algorithm and gain insight into the best selection of relay nodes as the size of the graph over which messages are spread scales up. The performance evaluation shows the behavior of EPIC and allows us to optimize the protocol parameters to minimize delay and overhead.

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Section: Related Workmentioning

confidence: 99%

Epidemic and Timer-Based Message Dissemination in VANETs: A Performance Comparison

2020

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“…is the set of devices under the operator O i ∈ O. O i is responsible to the devices in the set M O i , and M O i j ∈ M O i reports its status information to its own operator O i , and each M is connected to neighboring devices for multihop D2D communications. For the multiple access at every hop, we consider a OFDMA-based transmission, and communication capacity at each hop link is fixed [4,11,12]. e general infrastructure of operator-controlled D2D system is shown in Figure 1, and Table 1 lists the notations used in this paper.…”

Section: Operator-controlled D2d Communication Infrastructurementioning

confidence: 99%

A New Cooperative Dual-Level Game Approach for Operator-Controlled Multihop D2D Communications

Kim

2019

Mobile Information Systems

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With the development of wireless communications and the intellectualization of mobile devices, device-to-device (D2D) communications are considered as a standard part of future 5G networks. This new paradigm can provide better user experiences while improving the system performance such as network throughput, latency, fairness, and energy efficiency. In this study, we investigate a new dual-level D2D communication scheme consisting of multiple D2D operators and a group of mobile devices. To model the interaction among D2D operators and devices, we adopt two cooperative game approaches based on the incentive mechanism design and r-egalitarian Shapley value. At the upper level, routing paths and incentive payments for multihop relay services are decided using the incentive mechanism. At the lower level, mobile devices share the given incentive based on the r-egalitarian Shapley value. Both level control procedures are mutually dependent on each other by the proper coordination and collaboration. According to the main features of two cooperative game models, the proposed scheme takes various benefits in a fair-efficient way. Through the derived simulation results, we can verify the superiority of our proposed scheme comparing to the existing protocols. Finally, we propose further challenges and future opportunities in the research area of operator-controlled multihop D2D communications.

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“…In Mate [15] middleware, nodes actively infer the latest version of a code such that if a node obtains a newer version of a code, after a while, all nodes will obtain it. There are other protocols for the dissemination of codes in WSNs [16][17][18]. These protocols use a gossiping protocol to reliably disseminate the metadata of a new code to all the nodes and make them aware of the new code.…”

Section: Related Workmentioning

confidence: 99%

RUbIn: A Framework for Reliable and Ubiquitous Inference in WSNs

et al. 2019

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Development of (Internet of Things) IoT applications brings a new movement to the functionality of Wireless Sensor Networks (WSNs) from only environment sensing and data gathering to collaborative inferring and ubiquitous intelligence. In intelligent WSNs, nodes collaborate to exchange the information needed to achieve the required inference or smartness. E ciency or correctness of many smart applications relies on the e cient, timely, reliable, and ubiquitous inference of information. In this paper, we introduce the RUbIn framework, which provides a generic solution to such ubiquitous inferences. It brings reliability and ubiquity to inferences using the redundancy characteristic of the gossiping protocols. With RUbIn, the implementation of such inferences and the control of their speed and cost are abstracted by providing developers with a proposed middleware and some dissemination control services. We developed an implementation prototype of the RUbIn framework and a few inference examples of TinyOS. For evaluation, we utilized both the TOSSIM simulator and a testbed of MicaZ motes in various densities and di erent numbers of nodes. Results of the evaluations demonstrated that in all nodes, the inferring time after a change was about a few seconds and the cost of maintenance in stability state was about a few messages sent per hour.

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Node Scheduling Control Inspired by Epidemic Theory for Data Dissemination in Wireless Sensor-Actuator Networks With Delay Constraints

Cited by 36 publications

References 37 publications

Epidemic and Timer-Based Message Dissemination in VANETs: A Performance Comparison

Epidemic and Timer-Based Message Dissemination in VANETs: A Performance Comparison

A New Cooperative Dual-Level Game Approach for Operator-Controlled Multihop D2D Communications

RUbIn: A Framework for Reliable and Ubiquitous Inference in WSNs

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