CCN traffic optimization for IoT

Jérôme, François; Cholez, Thibault; Engel, Thomas

doi:10.1109/nof.2013.6724509

Cited by 46 publications

(34 citation statements)

References 10 publications

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“…These characteristics of CCN can reduce the complexity of autoconfiguration mechanisms relative to the layered protocol stack-based approach, with CCN being suitable for an IoT environment [10]. Accordingly, various studies have been implemented regarding the applications of CCN in an IoT environment, such as CCN traffic optimization, video streaming, and secure sensing [19][20][21]. In CCNx, an interest message (which is a request message) and a content object (which is the response data) are used to process requests for content and the subsequent responses.…”

Section: Content-centric Networkingmentioning

confidence: 99%

Multi-Device to Multi-Device (MD2MD) Content-Centric Networking Based on Multi-RAT Device

Kim

Lee

2017

Symmetry

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This paper proposes a method whereby a device can transmit and receive information using a beacon, and also describes application scenarios for the proposed method. In a multi-device to multi-device (MD2MD) content-centric networking (CCN) environment, the main issue involves searching for and connecting to nearby devices. However, if a device can't find another device that satisfies its requirements, the connection is delayed due to the repetition of processes. It is possible to rapidly connect to a device without repetition through the selection of the optimal device using the proposed method. Consequently, the proposed method and scenarios are advantageous in that they enable efficient content identification and delivery in a content-centric Internet of Things (IoT) environment, in which multiple mobile devices coexist.

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Section: Content-centric Networkingmentioning

confidence: 99%

Multi-Device to Multi-Device (MD2MD) Content-Centric Networking Based on Multi-RAT Device

Kim

Lee

2017

Symmetry

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“…CCN is used in their architecture in order to provide automatic node and service discovery and policy-based service publication and subscription. Francois et al [12] explore optimizations for the routing strategies of the CCN ICN architecture. In particular, they propose the support of both pull and push strategies.…”

Section: Icn-based Iot Architecturesmentioning

confidence: 99%

Building a reliable Internet of Things using Information-Centric Networking

Polyzos

Fotiou

2015

J Reliable Intell Environ

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Recent developments in sensors, devices, identification technologies, and wireless networking have fueled the vision of the Internet of Things (IoT). Small devices with processing, sensing, and connectivity capabilities can be connected to the Internet and produce vast amounts of meaningful information. At the same time identification technologies, such as RFID, enable the association of information with "things". The information produced by things, or associated with things, will be both huge and sensitive. For this reason new architectures for disseminating and processing this information in a reliable and efficient way should be explored. In this paper, we present an architecture for the IoT, based on the Information-Centric Networking (ICN) paradigm. ICN architectures are built around information and information identifiers and they provide mechanisms for advertising, finding, and retrieving information. We leverage a particular ICN architecture, the Publish-Subscribe Internetworking architecture, to design an IoT architecture and we present three security solutions that enable access control, secure delegation of information storage and trust based on information identifiers.

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“…CCN은 동일한 정보의 요청에 대한 처리를 줄이기 위해 Pending Interest Table( [4][5][6][7][8][9] . 기존의 IP기반의 인터넷 환경에서 Push 기술들의 사용이 용이하였으나, CCN 환경에서는 서 버와 클라이언트 관계 성립이 필요없어 Push 방법의 적용에는 제한이 발생한다 [15] .…”

Section: 이는 정보 요청자가 전송한 콘텐츠 이름을 갖고 있는unclassified

“…기존의 IP기반의 인터넷 환경에서 Push 기술들의 사용이 용이하였으나, CCN 환경에서는 서 버와 클라이언트 관계 성립이 필요없어 Push 방법의 적용에는 제한이 발생한다 [15] . [5] 2011 3 Content-Based Publish/Subscribe [6] 2011 4 4-Way Handshake Push [7] 2012 5 Optimized by design for IoT [8] 2013 6 Push Enabling Packets [9] 2013 표 1. CCN에서 Data 전송방법 Table 1 [10] 2012 2 Spoofed Data Packet [11] 2013 3 Maintaining Flow Balance [12] 2013 표 2.…”

Section: 이는 정보 요청자가 전송한 콘텐츠 이름을 갖고 있는unclassified

A Method for Enhancing Timely-Delivery and Security Using IGPT in Content-Centric Networking

Jung¹,

Park²,

Kwon³

2014

The Journal of Korea Information and Communications Society

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architectures. It can deliver messages slightly faster than the IP-based networking by focusing on the access and delivery to the content itself. However, CCN is restricted to distribute the information without transmitting the request packet in advance because it is pull-based architecture by content requester. In addition, it has a problem that the Pending Interest Table(PIT) could be overloaded easily when DDoS attack happens. In this paper, we suggest an algorithm using a push-based scheme without request packets and overcoming PIT overload situation by Interest Group Push Table(IGPT). The proposed scheme enables to transmit a large amount of content than an existing scheme during the same amount of time in terms of timely-delivery and security.

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CCN traffic optimization for IoT

Cited by 46 publications

References 10 publications

Multi-Device to Multi-Device (MD2MD) Content-Centric Networking Based on Multi-RAT Device

Multi-Device to Multi-Device (MD2MD) Content-Centric Networking Based on Multi-RAT Device

Building a reliable Internet of Things using Information-Centric Networking

A Method for Enhancing Timely-Delivery and Security Using IGPT in Content-Centric Networking

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