感知智能

本论文研究的是感知智能家庭中的上下文感知技术。

This thesis focuses on the context-aware technology of smart home .

随着普适计算、物联网技术和智能家电的发展，传统的智能家居逐渐向感知智能家庭过渡。

With the development of pervasive computing , Internet of Things and smart appliances , the traditional smart home gradually transit to the smart home based on context-aware .

基于上下文感知的智能服务推荐机制设计及实现

Design and Implementation of an Intelligent Service Recommendation Mechanism Based on Context-aware

最后，总结并讨论了物联网感知层智能网关及开放服务接口实现方案的成果与不足，对本研究的实践意义与未来前景进行了展望。

Finally , the paper summaries and discusses the outcomes and shortcomings , and looks ahead for the future of practical significance of this study .

百度无人驾驶车项目于2013年起步，其技术核心是“百度汽车大脑”，包括高精度地图、定位、感知、智能决策与控制四大模块。

Launched in 2013 , the company 's driverless car project is based on the core " Baidu car brain " technology , which includes high-precision electronic mapping , positioning and decision-making systems .

随着气动伺服技术的发展，气动机器人也从原来简单的两点定位方式发展为目前的多点定位方式，并向着带有感知的智能型方向发展。

With the development of pneumatic servo technology , the positioning mode of pneumatic robot has developed from the two-points simple mode to the multi-points now , and it will become the intelligent robot with sense system .

首先，成功研制了一种多功能物联网监控终端，能实现物体信息感知与智能控制。

Implementation of hardware and software is divided into four main parts containing terminal , network , gateway and application . First , a multifunctional monitoring terminal of the Internet Of Things has been successfully developed , which achieves the object of sensing information and intelligent control .

支持普适计算的定位感知系统在智能家庭设备中的应用

The Application of Location Modeling for Ubiquitous Computing in Smart Home

有上下文感知能力的智能教室系统设计与实现

The Design and Implementation of Intelligent Classroom System with Context-Aware Capacity

未知环境的建模，是机器人感知能力和智能水平的一种体现。

Unknown environment modelling can reflect the perception faculty and intelligent level of robots .

基于上下文感知计算的智能门户研究

On Intelligent portal based on context-aware computing

具有良好的网络感知能力和智能决策能力的新型未来网络逐步成为了业界研究的热点。

The future network with good network awareness and intelligent decision-making ability has been the focus of network research .

旨在将计算机视觉这一新兴技术引入工业机器人应用当中，以提高工业机器人的感知能力和智能水平。

This paper aims at incorporating computer vision into industrial robot applications , and improving the level of industrial robot perception and intelligence .

虚拟人技术研究涉及到计算机图形学、运动学与动力学、多功能感知、人工智能、虚拟现实等多个学科，是一个交叉应用学科。

The researches in Virtual human technology involve computer graphics , kinematics and dynamics , multi-functional perception , artificial intelligence , virtual reality , etc.

目标识别与定位是移动机器人基本任务之一，也是移动机器人感知能力和智能水平的重要标志。

Object recognition and localization is one of the basic tasks for mobile robots . It is also an important performance for the perception ability and intelligence of robots .

智能配用电服务作为坚强智能电网重要环节，直接面向社会、面向客户，是社会各界感知和体验智能电网建设成果的主要途径，在建设统一坚强智能电网中具有十分重要的地位和作用。

Building smart grid has a great significance and far-reaching impact . The intelligent distribution and utilization service as an important part of the smart grid directly faces to the society and customer and it is the main way for the society to experience the outcomes of the smart grid .

文中将二级用户吞吐率为目标，提出无感知错误的POMDP智能接入最优算法。

For the secondary throughput per slot , the paper proposes an error-free perception using the optimal algorithm to access spectrum intelligently .

基于感知-行为的智能模拟技术的现状及展望

Review and Prospect of intelligent analogue by perception behavior mode

上下文感知技术是实现智能环境的一种关键技术。

Context-aware is a key technology in the realization of intelligent environment .

本文重点介绍了作者近年来基于智能感知材料发展的智能传感器及土木工程结构智能健康监测系统的研究成果。

In this paper , the research development is briefly introduced that intelligent sensor and intelligent health monitoring system of civil infrastructures based on intelligent sensing materials .

在认知无线网络中，该技术能够利用频谱检测对无线频谱环境进行感知，并通过智能化的学习和决策，得出可用频谱状况，采取动态频谱接入空闲频谱，提高无线频谱利用率。

In the cognitive wireless network , this technology can use spectrum detection to perceive the wireless spectrum environment , and conclude the spectrum condition through the intelligent learning and decision making . It improve wireless spectrum utilization by dynamic spectrum access .

目前大部分室内环境中的危险感知研究应用传感网络，使危险感知更加智能和准确。

Currently , most of the researches about the danger aware in the indoor environment used the sensor network to detect danger , and made the awareness more intelligent and accurate .

随着汽车主动安全环境感知技术研究的不断深入，复杂城市道路环境下的环境感知技术成为现代智能交通领域的一个热点课题。

With the development of automotive active safety technology , the environmental perception technology applied to complex urban becomes one of the hotspot research subjects in modern transportation technology field .