平台

ABSTRACT Title of Thesis:A Study of Emergency Medicine System Based on Message Service and Mobile Communication Author:Benson Hung Thesis advised by:Liu, Li Taipei Medical University, Graduate Institute of Medical Informatics This research is based on mobile communication, which will bring all medical information instantly into your hand through carefully built structure and different types of wireless connection. Which can integrate all access information together so it can personalize healthcare information and bring to public the most organized information.

中文摘要论文摘要论文名称：以讯息平台与行动通讯为基础之紧急医疗资讯系统台北医学大学医学资讯研究所研究生姓名：洪培修毕业时间：91 学年度第 2 学期指导教授：刘立台北医学大学医学资讯研究所副教授本研究目的是以讯息服务平台与行动通讯为基础，来提供各项即时的卫生医疗资讯服务，藉由所规划的架构蓝图及各种无线媒体传输的特性，将目前可供应用的资讯存取途径整合在一起，使卫生医疗资源资讯个人化、透明化并受到妥善的规划及运用。

The platform has good stability and sensitivity, which can provide an accessorial decision-making platform for purchasing medical equipment.

经过系统和数据测试，平台具有良好的稳定性和灵敏性，为卫生装备选型提供了一个辅助决策平台。

In the fifth part, we use the methodology to implement a Acid Rain PH value collector.

第五部分利用已有的理论和物理平台实现了酸雨PH值采集系统，并作为本平台的实际应用。

The architectures and properties of ACIS and HOOPS are presented respectively in this paper. The prototype of Dcam is taken as an example to explain the process of interaction between them and a method to build graphical system based on ACIS and HOOPS is put forward.

介绍了ACIS与HOOPS图形平台各自的数据结构与特点，剖析了两者之间的交互，以开发的Dcam凸轮设计系统为例，进一步阐明了两者的沟通与协调过程，为基于ACIS与HOOPS双重平台的图形系统开发提供了方法。

Running on the Aglet platform developed by the IBM Tokyo Laboratory, a information querying system between enterprises design by the author is introduced last , in which the middleware model is realized and appied.

在这个中间件模型的基础上，运用IBM东京研究所开发的移动艾真体平台—Aglets平台，在一个企业间信息查询系统中具体实现和运用了本文所提出的中间件模型。

This platform is open, it is OK that we hope churchyard dispatches from foreign news agency inspects a station have the aid of broadcasts on net of this platform implementation.

这个平台是开放的，我们希望境内外电视台都可以借助这个平台实现网上播出。

An analog display module, which is used on an embedded platform based on Intel Xscale processor and Microsoft WinCE OS, is discussed.

介绍了一种嵌入式平台上采用的模拟视频模块。该嵌入式平台基于Intel Xscale处理器和Microsoft WinCE操作系统。

According to Lagrange equation in analytic dynamics, the dynamic equations of the Double-Axis Gyro Stabilized Platform of a certain airborne SAR antenna are derived, its linear model and the transfer functions of other main parts in the DAGSP are given and at last the block diagram of DAGSP is given.

6利用分析力学原理，推导了某机载天线双轴陀螺稳定平台的动力学方程和线性化模型；给出了天线双轴陀螺稳定平台中各主要环节的传递函数及数学模型。

Anciently, Groundwater Management Information System was based on commercial GIS software platform that the special application model cannot seamlessly integrate with system platform.

以往的地下水管理信息系统主要是在商用地理信息系统软件平台上开发出来的，其专业应用模型与系统平台之间不能实现无缝集成。

The system adopted active tracking,namely calculate the input angle of the tracking device in advance,the angle is correspondent to the sun position some moment.Photoelectric sensors react the sunlight that putting on different position of the platform, feedback electrical signal.Then single-chip applys the subprogram and sends out pulse to step motors according to the signals,can control the rotate angle and direction of the step motor. The mechanism has realized the automatic track to the sun, so that the trackers top flat board can be always vertical to the sunlight and arrive the furthest receiving energy.

系统采用主动式跟踪，即预先计算好对应于某时刻太阳位置的跟踪机构的输入角度，通过跟踪器上平台不同位置上摆放的光电传感器感受该太阳位置的光照，反馈回电信号，单片机根据该信号调用子程序发出脉冲对步进电动机的转动角度和方向进行控制，实现了机构对太阳的自动跟踪，使跟踪装置的上平台始终处于垂直于光照方向，达到了能量最大限度的接收。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。