wearable computing 中文意思是什麼

wearable computing 解釋
可穿戴計算
  • wearable : adj. 可穿著的,可佩戴的,適于穿著[佩戴]的。n. ( pl. )衣服。
  1. 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

    在這方面,本文首先介紹了可穿戴計算系統的功耗管理機制,分析了各主要模塊的功耗管理模式。然後,針對功耗切換時間優化配置問題作了較為深入的研究。
  2. Therefore, in order to ensure system real time needs and decrease software power consumption of wearable computing system, this thesis proceed the research from two parts : one is seeking low power consumption design to achieve efficient running via choosing and applying instructions ; the other is adopting the proceeding optimization attemperment to realize efficient and low power consumption software attemperment

    在基本保證系統實時需求,並有效地減小可穿戴計算系統的軟體能耗的目標前提下,本文嘗試從指令和程序設計上進行低功耗設計方法的研究。針對指令級別,本文希望藉助指令的低功耗選用與執行,實現高效運算的低功耗設計。針對程序設計,本文嘗試採用進程優化調度的方式,實現可穿戴計算系統低功耗且高效的軟體調度。
  3. This paper carefully studies and analyzes the wearable computing environment based on some achievement from the analyst of international studies concerning wearable computing environment

    本文對國內外有關可穿戴計算環境的一些成果進行了仔細的研究和分析。
  4. 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 )針對現有的計算環境體系結構的不足,本文提出了一種整合用戶上下文感知和分散式服務的可穿戴計算環境體系結構。
  5. 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 )針對本文提出的可穿戴計算環境體系結構,對每一個層次進行了概要設計,並使用java + xml初步實現了計算環境中服務層的功能。
  6. 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

    本論文在國家高技術新領域項目「可穿戴計算機的網路技術」的支持下,進行了無線傳感器網路中節能路由協議的探索性研究,提出了傳感器網路的一種新的節能路由協議並將其具體實現。
  7. 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

    為此,本文提出了可穿戴計算環境理念,研究了可穿戴計算環境如何支持可穿戴計算機,並探討了可穿戴計算環境的體系結構等可穿戴計算環境研究領域中的關鍵問題。
  8. 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

    本文研究內容主要包括兩方面:一方面,低功耗指令運用與程序設計是減少可穿戴計算系統功耗,也是減少一般計算系統功耗的一種重要技術手段。
  9. 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

    在該體系結構中,可穿戴計算環境可以主動的感知和跟蹤用戶的位置,服務層可以根據用戶的位置來主動進行服務,同時可穿戴計算機可以從環境中動態獲取服務或將本身的服務導出到環境中。
  10. 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

    本文針對可穿戴計算系統的能耗問題,結合可穿戴計算機樣機的實際研製過程,對可穿戴計算系統低功耗設計方法進行了較為深入的研究,為可穿戴計算從軟體角度進行低功耗設計提供一些借鑒和參考。
  11. 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,可穿戴計算系統可穿戴計算的可穿戴性,持續性,對功耗,體積,功耗提出了很高的要求。特別是電源容量有限已經成了制約可穿戴計算機實際應用的重要因素之一。
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