Human-ambient interaction through Wireless Sensor Networks

机译：通过无线传感器网络进行人与环境的交互

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摘要

Recent developments in technology have permitted the creation of cheap, and unintrusive devices that may be effectively employed for instrumenting an intelligent environment. The present work describes a modular framework that makes use of a class of those devices, namely wireless sensors, in order to monitor relevant physical quantities and to collect users' requirements through implicit feedback. A central intelligent unit extracts higher-level concepts from raw sensory inputs, and carries on symbolic reasoning based on them. The aim of the reasoning is to plan a sequence of actions that will lead the environment to a state as close as possible to the users' desires, taking into account both implicit and explicit feedback from the users.

机译：技术的最新发展已允许创建廉价且无干扰的设备，这些设备可有效地用于检测智能环境。本工作描述了一种模块化框架，该模块框架利用一类此类设备（即无线传感器）来监控相关物理量并通过隐式反馈收集用户的需求。中央智能单元从原始的感觉输入中提取更高层次的概念，并基于它们进行符号推理。推理的目的是在考虑用户的隐式和显式反馈的同时，计划一系列动作，将环境引导至尽可能接近用户期望的状态。

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来源
《Human System Interactions, 2009. HSI '09》|2009年|64-67|共4页
会议地点 Catania(IT);Catania(IT)
作者
De Paola A.; Gaglio S.; Re G.L.; Ortolani M.;
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作者单位

Dipt. di Ing. Inf., Univ. degli Studi di Palermo, Palermo;

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关键词
inference mechanisms; planning (artificial intelligence); user interfaces; wireless sensor networks; action sequence planning; central intelligent unit; human-ambient interaction; sensory input; symbolic reasoning; user interaction; wireless sensor network;

机译：推理机制;计划（人工智能）;用户界面;无线传感器网络;动作序列计划;中央智能单元;人与环境的交互;传感器输入;符号推理;用户交互;无线传感器网络;

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3. Cross-Layer Interactions in Multihop Wireless Sensor Networks: A Constrained Queueing Model [J] . YANG SONG, YUGUANG FANG ACM Transactions on Modeling and Computer Simulation . 2011,第1期

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4. Human-Ambient Interaction through Wireless Sensor Networks [C] . Alessandra De Paola, Salvatore Gaglio, Giuseppe Lo Re, Conference on Human System Interactions . 2009

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5. Harmonic-based wireless pressure sensor and wireless power transfer system for implantable wireless sensor networks. [D] . Ha, Dohyuk. 2014

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7. Self-Organizing Mobility Control in Wireless Sensor and Actor Networks Based on Virtual Electrostatic Interactions [O] . Bartłomiej Płaczek, Marcin Bernas 2016

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Human-ambient interaction through Wireless Sensor Networks

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