Joint Adaptation of Frequency Hopping and Transmission Rate for Anti-Jamming Wireless Systems

Hanawal, Manjesh K.; Abdel-Rahman, Mohammad J.; Krunz, Marwan

doi:10.1109/tmc.2015.2492556

Cited by 121 publications

(61 citation statements)

References 31 publications

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“…When frequency hop is used alone, a high-throughput overhead and pre-sharing of key for channel selection is required. Similarly, to overcome jammer in rate adaptation (RA) [ 14 , 15 ], the transmitter forced to operate at the lowest transmission rate if jammer exists in between two legitimate users. So when these techniques are used separately, the performance shown is to be ineffective.…”

Section: Discussionmentioning

confidence: 99%

Anti‐jamming communication for body area network using chaotic frequency hopping

Gopalakrishnan

Bhagyaveni

2017

Healthc. technol. lett.

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The healthcare industries research trends focus on patient reliable communication and security is a paramount requirement of healthcare applications. Jamming in wireless communication medium has become a major research issue due to the ease of blocking communication in wireless networks and throughput degradation. The most commonly used technique to overcome jamming is frequency hopping (FH). However, in traditional FH pre-sharing of key for channel selection and a high-throughput overhead is required. So to overcome this pre-sharing of key and to increase the security chaotic frequency hopping (CFH) has been proposed. The design of chaos-based hop selection is a new development that offers improved performance in transmission of information without pre-shared key and also increases the security. The authors analysed the performance of proposed CFH system under different reactive jamming durations. The percentage of error reduction by the reactive jamming for jamming duration 0.01 and 0.05 s for FH and CFH is 55.03 and 84.24%, respectively. The obtained result shows that CFH is more secure and difficult to jam by the reactive jammer.

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Section: Discussionmentioning

confidence: 99%

Anti‐jamming communication for body area network using chaotic frequency hopping

Gopalakrishnan

Bhagyaveni

2017

Healthc. technol. lett.

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“…In [6] the authors propose another game-based approach allowing the performance of an optimal power allocation strategy in response to a jamming action, suitable for multi-channel systems. Other sources recommend varieties of solutions to defeat radio jamming, most of which fall into one of the three categories: frequency hopping (e.g., [7,8]), power control (e.g., [9,10]) or backscatter communication, an approach originally proposed in [11] and [12] for increasing an effective transmission range and only recently recognized as an anti-jamming technique in [13] or [14].…”

Section: Related Workmentioning

confidence: 99%

On Vulnerability of Selected IoT Systems to Radio Jamming—A Proposal of Deployment Practices

Staniec

Kowal

2020

Sensors

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Weightless and SigFox are both narrowband communication systems designed for the Internet of Things, along with some other counterparts such as LoRa (Long Range) and narrowband Internet of Things (NB-IoT). As systems dedicated specifically for long-range operations, they possess considerable processing gain for energetic link budget improvement and a remarkable immunity to interference. The paper describes outcomes of a measurement campaign during which the Weightless and SigFox performance was tested against variable interference, generated in an anechoic chamber. Results allow the quantitative appraisal of the system behavior under these harsh conditions with respect to different operational modes of the two investigated IoT systems. The outcomes are then investigated with respect to an intentional radio jammer attempting to block a base station (BS) operation by directly radiating an interfering signal towards it. An Interference Margin is proposed for a quantitative expression of a system’s resilience to jamming. This margin, calculated for all available configuration settings, allows the clear assessment of which combination of a system’s operational parameters does and which does not provide immunity to this type of radio attack.

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“…. Because the discontinuous connection of wireless ad-hoc network, when the data carrier passes through the intersection i I , it will encounter the unsuitable vehicle, resulting in the fact of that the data can not be transmitted to the expected direction, so that the actual data transmission direction has probability (Hanawal et al, 2016). As a result, () jk…”

Section: Vehicle Routing Decisionmentioning

confidence: 99%

Data Fast Transmission Method in Wireless Vehicle Ad-hoc Network

Niknamian¹

2020

Preprint

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In vehicular ad hoc networks, the current method does not consider the delay of data transmission, resulting in slower vehicle data transmission speed. A vehicle data transmission method based on backbone network is proposed in this paper. Firstly, the characteristics of vehicle ad hoc network are analyzed. Based on the statistics of the road, the vehicle cluster is composed of the vehicles parking on the roadside and no roadside according to the different directions of the vehicle driving. The backbone network is constructed on the basis of the cluster of vehicles, and the data transmission between the vehicles is implemented by the data transmission method of overlay network. This method can overcome the disadvantages of traditional data transmission methods, improve the efficiency of on-board data transmission, and complete the research on fast data transmission method in wireless vehicle ad hoc network. The experimental results show that the proposed method can achieve higher data transmission success rate with lower data transmission overhead and smaller transmission delay.

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Joint Adaptation of Frequency Hopping and Transmission Rate for Anti-Jamming Wireless Systems

Cited by 121 publications

References 31 publications

Anti‐jamming communication for body area network using chaotic frequency hopping

Anti‐jamming communication for body area network using chaotic frequency hopping

On Vulnerability of Selected IoT Systems to Radio Jamming—A Proposal of Deployment Practices

Data Fast Transmission Method in Wireless Vehicle Ad-hoc Network

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