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引用次数: 2
摘要
无线通信和电子学的最新进展促进了无线传感器网络(WSN)的发展，用于各种应用。传感器节点的大小和功率限制是设计鲁棒和高效路由协议的主要问题。因此，可以使用各种方法，例如以数据为中心的方法、分层方法和基于位置的方法。每个都可以设计为具有特定要求的特定应用。本文设计并实现了一种以数据为中心的wsn路由协议，即CSPIN (Centralized Sensor protocol for Information via Negotiation)，该协议结合了发布-请求-传输过程和路由分配机制。该协议的实现是在nesC/TinyOS的Crossbow MicaZ硬件上完成的。
Design and Implementation of a Centralized Sensor Protocol for Information via Negotiation
Recent advances in wireless communications and electronics have promoted the development of wireless sensor networks (WSN) for a wide variety of applications. The size and power constraints of sensor nodes are the main concerns in the design of robust and efficient routing protocols. Consequently, various approaches, such as data-centric approach, hierarchical approach and location-based approach, are available. Each may be designed for a particular application with specific requirements. In this paper, we design and implement a data-centric routing protocol for WSNs, namely Centralized Sensor Protocol for Information via Negotiation (CSPIN), which combines the advertise-request-transfer process and a routing distribution mechanism. Implementation of the protocol was completed with the Crossbow MicaZ hardware using nesC/TinyOS.
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