| 1. | This paper carefully studies and analyzes the wearable computing environment based on some achievement from the analyst of international studies concerning wearable computing environment
本文对国内外有关可穿戴计算环境的一些成果进行了仔细的研究和分析。 |
| 2. | 2 ) the reason for the shortcomings in the current computing environment system architecture , this paper presents a new wearable computing environment system architecture integrating user context - aware with distributed service structure
2 ）针对现有的计算环境体系结构的不足，本文提出了一种整合用户上下文感知和分布式服务的可穿戴计算环境体系结构。 |
| 3. | 3 ) against the wearable computing environment system architecture presented by this paper , we make sketch designs for every level , and preliminarily some functions in the service level of the wearable computer using java & xml
3 ）针对本文提出的可穿戴计算环境体系结构，对每一个层次进行了概要设计，并使用java + xml初步实现了计算环境中服务层的功能。 |
| 4. | This paper did some exploring researches on the energy - aware route protocol of the wireless sensor network with the aid of the “ wearable computing network technique ” project . a new energy - save route protocol is brought forth and implemented
本论文在国家高技术新领域项目“可穿戴计算机的网络技术”的支持下,进行了无线传感器网络中节能路由协议的探索性研究,提出了传感器网络的一种新的节能路由协议并将其具体实现。 |
| 5. | This thesis introduces the power consumption management mechanism of wearable computing system and analyzes the power consumption management models of main power consumption modules then does a thorough study on the optimization configuration of power consumption cut time
在这方面,本文首先介绍了可穿戴计算系统的功耗管理机制,分析了各主要模块的功耗管理模式。然后,针对功耗切换时间优化配置问题作了较为深入的研究。 |
| 6. | For that reason , we present the idea of wearable computing environment . then we study some key subjects in the field of wearable computer , including how wearable computing environment supports wearable computers , the system architecture of wearable computer , and so on
为此，本文提出了可穿戴计算环境理念，研究了可穿戴计算环境如何支持可穿戴计算机，并探讨了可穿戴计算环境的体系结构等可穿戴计算环境研究领域中的关键问题。 |
| 7. | The body of this thesis mainly covers the following two aspects : first , concerning the soft design of low power consumption for wearable computing system , instruction application and program design is an important technical means for low power consumption design of wearable computing system and even general computing system
本文研究内容主要包括两方面:一方面,低功耗指令运用与程序设计是减少可穿戴计算系统功耗,也是减少一般计算系统功耗的一种重要技术手段。 |
| 8. | In the system architecture , the wearable computing environment can actively perceive and trace the user position , and service level may actively serve according to the user position . the wearable computer may dynamically acquire services from the environment or output its services to the environment
在该体系结构中，可穿戴计算环境可以主动的感知和跟踪用户的位置，服务层可以根据用户的位置来主动进行服务，同时可穿戴计算机可以从环境中动态获取服务或将本身的服务导出到环境中。 |
| 9. | Based on power consumption of wearable computing system and combined with the research and design of wearable computer , this thesis is focusing on a relatively deep study of low power consumption design of wearable computing system to offer some hints for wearable computing low power design from software angle
本文针对可穿戴计算系统的能耗问题,结合可穿戴计算机样机的实际研制过程,对可穿戴计算系统低功耗设计方法进行了较为深入的研究,为可穿戴计算从软件角度进行低功耗设计提供一些借鉴和参考。 |
| 10. | However , wearable computing system still has many problems , such as power consumption , heat dissipation and volume etc . among them , because of the limited capacity of the mobile power supply , power consumption limitation has became one of the most important factors to hinder the development of mobile computing system
然而,可穿戴计算系统可穿戴计算的可穿戴性,持续性,对功耗,体积,功耗提出了很高的要求。特别是电源容量有限已经成了制约可穿戴计算机实际应用的重要因素之一。 |
