NCBP: Network Coding Based Protocol for Recovering Lost Packets in the Internet of Things

Ar-Reyouchi, El Miloud; Lamrani, Yousra; Benchaib, Imane; Rattal, Salma; Ghoumid, Kamal

doi:10.1007/978-3-030-61143-9_4

Cited by 5 publications

(3 citation statements)

References 9 publications

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“…As a result, the application of network coding in Internet of things can also contribute to "green IoT networking", whilst providing a degree of resilience (Li et al, 2017). (Ar-Reyouchi et al, 2020) proposes a network coding-based protocol (NCBP) to detect and recover lost packets and correct errors in an IoT networks. NCBP is based on a random network coding (RNC) scheme that allows nodes to generate linear combination of input packets into coded packets separately over a finite field.…”

Section: Network Coding (Nc)mentioning

confidence: 99%

Risk and threat mitigation techniques in internet of things (IoT) environments: a survey

Salayma

2024

Front. Internet Things

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Security in the Internet of Things (IoT) remains a predominant area of concern. Although several other surveys have been published on this topic in recent years, the broad spectrum that this area aims to cover, the rapid developments and the variety of concerns make it impossible to cover the topic adequately. This survey updates the state of the art covered in previous surveys and focuses on defences and mitigations against threats rather than on the threats alone, an area that is less extensively covered by other surveys. This survey has collated current research considering the dynamicity of the IoT environment, a topic missed in other surveys and warrants particular attention. To consider the IoT mobility, a life-cycle approach is adopted to the study of dynamic and mobile IoT environments and means of deploying defences against malicious actors aiming to compromise an IoT network and to evolve their attack laterally within it and from it. This survey takes a more comprehensive and detailed step by analysing a broad variety of methods for accomplishing each of the mitigation steps, presenting these uniquely by introducing a “defence-in-depth” approach that could significantly slow down the progress of an attack in the dynamic IoT environment. This survey sheds a light on leveraging redundancy as an inherent nature of multi-sensor IoT applications, to improve integrity and recovery. This study highlights the challenges of each mitigation step, emphasises novel perspectives, and reconnects the discussed mitigation steps to the ground principles they seek to implement.

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Section: Network Coding (Nc)mentioning

confidence: 99%

Risk and threat mitigation techniques in internet of things (IoT) environments: a survey

Salayma

2024

Front. Internet Things

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“…For this, we used LNC techniques to improve the sensitivity significantly. In addition, LNC has recently been proven to improve wireless network performance significantly [16], [17], [18]. oooo In the literature, the passive components such as antennas, matching, and filtering can increase receiver performance in receive mode, such as increasing receiver sensitivity.…”

Section: Introductionmentioning

confidence: 99%

Optimized Reception Sensitivity of WBAN Sensors Exploiting Network Coding and Modulation Techniques in an Advanced NB-IoT

Ar-Reyouchi¹,

Ghoumid

Yahiaoui³

et al. 2022

IEEE Access

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The sensitivity of the maximum useable data is the most significant characteristic that describes the quality of the Narrowband Internet of Things (NB-IoT) of Medical sensors (MS) receivers. It becomes the most important performance factor in mobile wireless communication networks, particularly wireless body area networks (WBAN). Our interest is in level sensitivity using modulation techniques and subcarrier spacing(SS) to achieve good Bit Error Rate (BER) performance, throughput, and power efficiencies for WBAN communication Systems in an advanced NB-IoT. We propose an efficient coding technique using Linear Network Coding (LNC) to improve sensitivity by considering several factors without affecting the human body. We also present an experimentally analyzed overview of the reception sensibility. Our research has revealed that the receiver sensitivity (minimum detectable signal level) and throughput of the proposed approach (PA) are much better than the conventional approach (CA), achieving more than 14.3% and 55%, respectively, compared to the CA. Also, the PA has improved the modulation types by approximately 45% to provide more throughput and reliability.

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“…ECC can also guarantee the purity of data in the presence of errors such as broadcasting systems. However, it has long been confessed that ECC may be employed to correct errors [5][6][7][8]. One highlight of the ECC has been created especially for optimal signal reception quality;…”

Section: Introductionmentioning

confidence: 99%

A Survey on Error–Correcting Codes for Digital Video Broadcasting

2021

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We expose a complete survey of error-correcting codes (ECC) for digital video broadcasting (DVB) to support information protection. This survey discusses the specific application of the adaptive ECC feature for terrestrial/satellite/handheld and cable of the first, second, and third generations. We provide and review an ECC technique overview on DVB standard with their technical transmission specifications. The critical contribution of this paper is to clarify the differences among different ECC technologies using in the three generations of DVB. The survey also provides future directions for the technology trend of ECC for DVB.

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NCBP: Network Coding Based Protocol for Recovering Lost Packets in the Internet of Things

Cited by 5 publications

References 9 publications

Risk and threat mitigation techniques in internet of things (IoT) environments: a survey

Risk and threat mitigation techniques in internet of things (IoT) environments: a survey

Optimized Reception Sensitivity of WBAN Sensors Exploiting Network Coding and Modulation Techniques in an Advanced NB-IoT

A Survey on Error–Correcting Codes for Digital Video Broadcasting

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