Energy-Efficient Features of Internet of Things Protocols

Gómez, Carles; Tian, Hui; Cao, Zhen; Kovatsch, Matthias

doi:10.17487/rfc8352

Cited by 7 publications

(5 citation statements)

References 10 publications

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“…The first existing standard considered for processing is RFC 3221 which is responsible for performing inter-domain routing in IoT [35]. The second existing standards which are related to IoT is RFC 8352 which is responsible for implementing gateway scheme in IoT [36]. This section illustrates all outcome achieved.…”

Section: Results Analysismentioning

confidence: 99%

ICS: Interoperable Communication System for Inter-Domain Routing in Internet-of-Things

Bhavana¹,

N²

2021

IJACSA

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The Internet-of-Things consists of heterogeneous smart appliances connected by global network with selfconfiguring capabilities requiring interoperable communication schemes while performing inter-domain routing. A review of existing interoperable approaches shows that there is still a large scope of improving IoT interoperability. The proposed system introduces Interoperable Communication System (ICS) by developing a novel inter-domain routing in IoT using two schemes. Preemptive and Non-Preemptive Communication scheme targets mainly emergency-based routing, which demands faster transmission, and dedicated transmission, demanding accountability in communication. A simulation study carried out for the proposed system shows that it offers approximately 90% reduced delay, 57% increased packet delivery ratio, and 98% faster processing time when compared with existing approaches to accomplish interoperability in IoT.

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Section: Results Analysismentioning

confidence: 99%

ICS: Interoperable Communication System for Inter-Domain Routing in Internet-of-Things

Bhavana¹,

N²

2021

IJACSA

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“…It has been claimed that "devices may frequently go into sleep mode, thus it is infeasible to maintain a long-lived connection in IoT applications" [12]. However, RDC techniques allow the exchange of packets between an energyconstrained device and another device, at the expense of increased delay and buffering requirements [11]. With appropriately configured RDC mechanisms, and since storing state consumes a low amount of energy, we argue that long TCP connections are perfectly feasible.…”

Section: Tcp Connection Maintenancementioning

confidence: 92%

“…Communication, and in particular, idle listening, is the main energy-consuming component in such devices. In order to save energy, many IoT devices use radio duty cycling (RDC), by which the radio interface is kept in off state by default, and is turned on for communication under certain conditions [11]. It has been claimed that "devices may frequently go into sleep mode, thus it is infeasible to maintain a long-lived connection in IoT applications" [12].…”

Section: Tcp Connection Maintenancementioning

confidence: 99%

TCP in the Internet of Things: From Ostracism to Prominence

Gómez

Arcia-Moret

Crowcroft

2018

IEEE Internet Comput.

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TCP has traditionally been neglected as a transport-layer protocol for the Internet of Things (IoT). However, recent trends and industry needs are favoring TCP presence in IoT environments. In this paper, we first motivate and describe the main IoT scenarios where TCP will be used. We then analyze the historically claimed issues of TCP in the IoT context. We argue that, in contrast to generally accepted wisdom, most of those possible issues fall in one of the following categories: i) are also found in well accepted IoT end-to-end reliability mechanisms, ii) can be solved, or iii) are not actual issues. Considering the future prominent role of TCP in the IoT, we provide recommendations for lightweight TCP implementation and suitable operation in such scenarios, based on our IETF standardization work on the topic.

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“…Energy efficiency is one critical issue for IoT devices as they will typically be batterypowered, and the longer lifetime, the better. In addition to the processing overhead issue, broadcast transmissions in wireless networks are costly in terms of energy consumption because they need to acquire the medium for a long time [Gomez et al 2018]. Thus, the more unnecessary broadcast is avoided, the more efficient is the energy consumption.…”

Section: Energy Efficiencymentioning

confidence: 99%

Towards a High Efficiency of Native NDN over Wi-Fi 6 for the Internet of Vehicles

Sena

Dias²

2022

Anais Do XL Simpósio Brasileiro De Redes De Computadores E Sistemas Distribuídos (SBRC 2022)

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Named Data Networking (NDN) is a top-notched architecture to deal with content distribution over the Internet. With the explosion of video streaming transmission and future massive Internet of Things and Vehicles (IoT/IoV) traffic, evolving Wi-Fi networks will play an essential role in such ecosystems. However, Native NDN deployment over wireless networks may not perform well. Wi-Fi broadcasts/multicasts result in reduced throughput due to the usage of basic service mode. Despite recent initial works addressing that issue, further studies and proposals are required to boost the adoption of Native NDN. We advocate that an initial step towards designing a feasible Native NDN over wireless networks should be understanding the challenges in emerging scenarios and providing a uniform baseline to compare and advance proposals. To this end, first, we highlight some challenges and directions to improve throughput and energy efficiency, reduce processing overhead, and security issues. Next, we propose a variant of NDN that minimizes the problems identified by performing transmission via unicast to avoid storms in wireless networks. Finally, we conducted a performance evaluation to compare Standard Native NDN with our proposal on Wi-Fi 6 vehicular networks. The results show that our proposal outperforms the Standard NDN in the evaluated scenarios, reaching values close to 89% of satisfied requests, achieving more than 200% of data received than Standard NDN.

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Energy-Efficient Features of Internet of Things Protocols

Cited by 7 publications

References 10 publications

ICS: Interoperable Communication System for Inter-Domain Routing in Internet-of-Things

ICS: Interoperable Communication System for Inter-Domain Routing in Internet-of-Things

TCP in the Internet of Things: From Ostracism to Prominence

Towards a High Efficiency of Native NDN over Wi-Fi 6 for the Internet of Vehicles

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