Low-power secure body area network for vital sensors toward IEEE802.15.6

Kuroda, Masahiro; Qiu, Shu-ye; Tochikubo, Osamu

doi:10.1109/iembs.2009.5334428

Cited by 4 publications

(3 citation statements)

References 3 publications

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“…In our sensor node, both MPU and RF are equipped with deep sleep modes. In addition to them, it supports sensor-driven synchronization in order to reduce RF receive-wait power consumption at sensor nodes referencing the mechanism described in [9]. In S-state, a sensor node does not need to listen to a beacon but to inform the coordinator to adjust the synchronization timer between it and the coordinator.…”

Section: Battery-operable Sensor Nodementioning

confidence: 99%

Affordable 400MHz long-haul sensor network for greenhouse horticulture

Kuroda

Ibayashi

Mineno

2015

2015 International Conference on Information Networking (ICOIN)

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In ICT for agriculture, there are three types of horticulture systems. The first is for collecting and analyzing temperature data in agricultural fields, such as a grape plantation. The second is used for plant factories that continuously produce vegetables, regardless of location or season, in an artificially controlled environment. The third is greenhouse horticulture for raising vegetables, fruit trees, and flowering plants. The third type of horticulture is the method used to grow plants in facilities, such as large-scale greenhouses and easy-tomanage vinyl plastic hothouses, by adjusting temperature, sunlight and so on. It requires many small sensors with lowpower consumption and stable communication with the data collectors. The number of data collectors is expected to be low for cost-effective system configuration. We propose a long-haul reliable sensor network to manage greenhouses and hothouses, taking advantage of the 400MHz band and semi-dynamic channel management. The effectiveness of WSNs is evaluated through their actual use in greenhouses. This paper concludes with our plan to evaluate the 400MHz WSN with large-scale WSNs.

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Section: Battery-operable Sensor Nodementioning

confidence: 99%

Affordable 400MHz long-haul sensor network for greenhouse horticulture

Kuroda

Ibayashi

Mineno

2015

2015 International Conference on Information Networking (ICOIN)

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“…Through distributed secret key management and access control, Morchon and Baldus established a medical light security system, whose core was a secrecy mechanism polynomial secret key distribution [20]. On IEEE EMBS2009, Kuroda et al presented low power consumption secure BAN (S-BAN) for key nodes to 802.15.6 Workgroup [21]. Through reducing the computing burden of nodes, this system sorts the data by data importance, generating secret key automatically, to guarantee the security.…”

Section: Security For Date Transmissionlmentioning

confidence: 99%

Advances and Challenges in Body Area Network

2011

Communications in Computer and Information Science

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Abstract. Body Area Network, which consists of several on-body or in-body sensors, is one kind of wireless sensor networks. Great application potential of BAN in all the fields is found, especially in the medical health care. The development of the wireless technologies has greatly motivated the research and development of BAN. This paper mainly introduces the status of development of the BAN in recent years and focuses on the solution of several key problems such as low power consumption, bio-channel model, communication protocol, the security of data delivery and so on. Finally, it sums up the possible challenges in the BAN research.

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“…Masahiro Kuroda et al [12] have proposed a secure body area network (SBAN).It can be commercially employed with reduced computational burden on a real sensor. These sensors have limited RAM/ROM sizes and CPU/RF power consumption under a light-weight battery.…”

Section: Related Workmentioning

confidence: 99%

Light-weight Security Architecture for IEEE 802. 15. 4 Body Area Networks

Abarna¹,

Venkatachalapathy²

2012

IJCA

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In IEEE 802.15.4 Body Area Networks (BAN), security solution is required for data confidentiality, authentication and integrity at low cost. But the existing solutions for WBAN either provide any one of the security features or provide all the features with high cost. In this paper, we propose to develop light-weight security architecture for IEEE 802.15.4 BAN. It consists of local sensors situated on various parts of the body which forms various clusters. The local sensor collects data from different parts of the body and transmits the data to their respective cluster head. A wireless local gateway (WLG) is deployed within the patient's home and a hospital gateway (HG) is set in the hospital. The cluster head transmits the data securely to the WLG. At WLG, a new message is created by aggregating all messages from various clusters of a patient. A secret key is generated using Elliptic Curve Cryptography (ECC) for encryption and the encrypted message with message authentication code (MAC) is transmitted to the HG. At the destination, the doctor first authenticates the MAC and then decrypts the data with the secret key and monitors the patient's health condition. Thus the data cannot be read by any other person, providing a secured transmission at low cost.

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Low-power secure body area network for vital sensors toward IEEE802.15.6

Cited by 4 publications

References 3 publications

Affordable 400MHz long-haul sensor network for greenhouse horticulture

Affordable 400MHz long-haul sensor network for greenhouse horticulture

Advances and Challenges in Body Area Network

Light-weight Security Architecture for IEEE 802. 15. 4 Body Area Networks

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