[英文](急)論文英翻中....

Low-cost Attacks against Packet Delivery,Localization and Time Synchronization Services in Under-Water Sensor Networks

ABSTRACT

Under-Water Sensor Networking (UWSN) is a novel network paradigm

that is being proposed to explore, monitor and protect the oceans. The unique characteristics of the aquatic environment,namely huge propagation delay, absence of GPS signaling, floating node mobility, and limited (acoustic) link capacity, are very different from those of ground sensor networks. Since underwater networks are mostly autonomous and very difficult to directly monitor by humans, a very important requirement is the built-in protection from automated malicious attacks. In this paper we show that the aquatic environment is particularly vulnerable to attacks and security

must be integrated into the UWSN architecture to protect its localization, synchronization and packet delivery services.

2 個解答

評分
  • 1 0 年前
    最佳解答

    在水較小的感應器網路中的對小包遞送,本土化和時間的廉價攻擊同步服務

    摘要

    網路 (UWSN)的水較小的感應器是一個新奇的網路範例

    那正在被提議探究,監視而且保護大海。 水生環境,即極大的增殖延遲的獨特特性,象徵的缺少全球定位測量衛星,漂浮的節行動能力,和有限公司 (聽覺的)連接能力,非常不同於土地感應器網路的。 因為在水中的網路大部份自治和非常困難直接地藉著人類監視,一個非常重要的需求是來自被自動化的懷惡意的攻擊的內建的保護。 在這一張紙我們顯示水生的環境對攻擊和安全特別地是易受傷害的。

    一定要進入保護它的本土化,同步和小包遞送服務之內的 UWSN 建築學被整合。

  • 1 0 年前

    Low-cost Attacks against Packet Delivery,Localization and Time Synchronization Services in Under-Water Sensor Networks.

    對包交付,用水下的傳感器網路的地方化和時間同步服務的低成本攻擊

    摘要

    Under-Water Sensor Networking (UWSN) is a novel network paradigm

    水下的傳感器聯網(UWSN)是一個小說網路範例

    that is being proposed to explore, monitor and protect the oceans. The unique characteristics of the aquatic environment,namely huge propagation delay, absence of GPS signaling, floating node mobility, and limited (acoustic) link capacity, are very different from those of ground sensor networks. Since underwater networks are mostly autonomous and very difficult to directly monitor by humans, a very important requirement is the built-in protection from automated malicious attacks. In this paper we show that the aquatic environment is particularly vulnerable to attacks and security

    must be integrated into the UWSN architecture to protect its localization, synchronization and packet delivery services.

    那被提議與探索,監視器並且保護那些海洋。 水產的環境的獨特的特性, 即巨大的傳播延遲, 缺乏GPS用信號通知,流動的節點機動性,並且限制(聲音)連接能力,非常不同于地傳感器網路的。 水下網路主要自治和在監視器以人直接難,重要的要求是來自使自動化的存心不良的攻擊的內置保護。 在這篇文章裡我們顯示水產的環境尤其易受攻擊和安全

    一定統一到保護它的地方化,同步和包貨運局的UWSN建築中。

    參考資料:
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