一种用于人体传感器网络中软件编程的新模型。
A new model for programming software in body sensor networks.
作者信息
de A Barbosa Talles M G, Sene Iwens G, da Rocha Adson F, de O Nascimento Francisco A A, Carvalho Joao L A, Carvalho Hervaldo S
机构信息
Department of Computing, Catholic University of Goias, Goiania, GO 74605-110 Brazil.
出版信息
Annu Int Conf IEEE Eng Med Biol Soc. 2007;2007:1515-8. doi: 10.1109/IEMBS.2007.4352589.
A Body Sensor Network (BSN) must be designed to work autonomously. On the other hand, BSNs need mechanisms that allow changes in their behavior in order to become a clinically useful tool. The purpose of this paper is to present a new programming model that will be useful for programming BSN sensor nodes. This model is based on an intelligent intermediate-level compiler. The main purpose of the proposed compiler is to increase the efficiency in system use, and to increase the lifetime of the application, considering its requirements, hardware possibilities and specialist knowledge. With this model, it is possible to maintain the autonomous operation capability of the BSN and still offer tools that allow users with little grasp on programming techniques to program these systems.
人体传感器网络（BSN）必须设计为能自主运行。另一方面，BSN 需要具备允许其行为发生改变的机制，以便成为临床可用工具。本文旨在提出一种对 BSN 传感器节点编程有用的新编程模型。该模型基于一个智能中级编译器。所提出编译器的主要目的是提高系统使用效率，并根据应用的需求、硬件可能性和专业知识来延长应用的使用寿命。通过该模型，既能维持 BSN 的自主运行能力，又能为几乎不懂编程技术的用户提供对这些系统进行编程的工具。
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