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Integrated with the design and the programming practice of the matching algorithms about LS MPP embedded computer used to image comprehension, this paper will analyze and study five problems about the SIMD computer which oriented to the application of image comprehension, they are how to reduce the number of memory instructions and their execute cycles, how many control register we require, how to protect the contents of the base address register, how to design the buffer and how to set up the date types of image array, etc.

本文结合 L S MPP嵌入式计算机图象匹配算法的设计与编程实践，对面向图象理解应用的 SIMD计算机减少存储类指令及其执行周期、控制寄存器的数量需求、基地址控制寄存器内容的保护、缓冲器的有关设计及图象阵列数据类型的设立等设计问题进行了分析和讨论，提出的一些设计思想对于面向图象理解的类似 SIMD计算机的设计具有较为重要的参考价值

Essential basic skills include how to move around within a spreadsheet, how to enter and edit data, how to fill cells, how to insert and delete columns and rows and how to improve the basic layout and apprarance of a spreadsheet.

基础技能包括：打开，填入、编辑数据，填单元格，制作、删除公式、提高基础布局和显示电子数据表。

Based on ZDFV work, the thesis focuses on the following key problems: how to construct an efficient synthesis engine; how to improve the structural similarity of the two designs; how to verify data path designs efficiently; how to use half adder graph to perform arithmetic unit verification; and how to use the hybrid SAT engine in the existing verification flow.

为了解决这个问题，本文作者结合自主研发等价性验证系统的工作，在高效综合引擎的研究与实现、单个模块的相似性研究、数据通路的验证方法、结合半加图的算术单元验证以及基于混合SAT引擎的RTL验证流程等五个方面开展了研究：1。

For example, how to confirm the point and shape of treatment with ultrasound, how to make sure the ultrasonic indorse in the process of treatment, how to choose the best way of scanning and the distribution of ultrasonic focus, how to calculate the temperature distribution of treatment area, how to optimize the heat way and compare theoretical result with experimental result.

这方面的问题涉及：治疗靶区解剖位置和几何形状的确定、治疗热剂量的确定、最佳声焦点分布或最佳扫描路线和扫描速度选取、治疗区域温度分布计算、热区计算结果与预定加热指标的比较和加热方法的优化。

Such as: how to better play to high-performance concrete properties; how to avoid temperature changes, shrinkage and creep of concrete, foundation, uneven settlement and so on; how to ensure that close up before the end of the vertical deflection of the cantilever 2 and the main beam axis deviation of the lateral shift does not exceed the permissible range; how to ensure that folded after the bridge linear positive; how to avoid the construction of the main beam and so there have been a big stress.

如何更好地发挥高性能混凝土性能；如何避免温度变化、混凝土收缩徐变、地基不均匀沉降等的影响；如何保证合拢前两悬臂端竖向挠度的偏差和主梁轴线的横向偏移不超过容许范围；如何保证合拢后的桥面线形良好；如何避免施工中主梁截面出现过大的应力等。

Along with vehement market competition, the technical request that relates to exploit banausic and advanced network resource management is put forward,How to increase the operational level of the telecommunication network everywhere, how to complete the communication guarantee responsibility given from the superior, how to keep the high level service quality, how to manage the equipments of the different manufactory in unification, moreover how to carry through the assistant decision-making that relates to feasibility and maneuverability of the preparative scheme of the emergency communication base on the network resource.

随着市场竞争的加剧，对开发实用、先进的网络资源管理技术提出了要求，如何提高各地电信网络的运营水平，完成上级赋予的通信保障职责，保持高水平的服务质量，统一管理不同制造商的设备，并在网络资源的基础上进行战备通信应急预案的可行性与可操作性的辅助决策；如何综合运用计算机科学、通信技术、地理信息系统的理论和方法对已投产运营的或将建设的网络相关信息进行有效管理，改善和提高调度、指挥效率，更加有效地管理和分配整个网络资源；如何使网络资源管理从单项的、人工的、独立的、局部的和数据的，走向综合的、智能的、统一的、整体的和可视化的，从而充分地发挥通信设备的作用，及时准确地为重要客户提供必要的通信保障；成为当前人们所关注并迫切希望得到解决的问题。

Namely,"how to teach mathematics course in realtion to other subjects","how to improve our classroom teaching patterns","how to strengh students mathematics co -mmunication in classroom teaching","how to enlight students understanding math- ematics with mathematics experiments","how to implement assessment on teachers and students".

第二部分，中、美课例的对比研究，分别从如何进行课程整合、如何改进我们的课堂教学模式、如何促进学生的数学交流、如何在课堂上运用数学实验促进学生的数学认知、如何在课堂上评价教师的课堂教学等五个大的方面进行了同一教学内容的比较。

Therefore, the fifth, also the last section is designated to analyze macroeconomic circumstances needed for its application, which includes how to supplement legislature and tax system, how to develop a specific investing group, how to regulate mediatory institutions, how to set up an supervision organization and how to strengthen elite trainings.

应该说明的是，目前在我国大规模实施资产证券化的土壤仍有待培植，因此第五部分主要分析我国目前实施资产证券化所需考虑的宏观配套条件，包括如何完善法律法规体系、税收制度，如何培养发展证券化资产的投资群体、规范中介结构、建立监管协调体系以及加强人才培养等。

The first part, premising the organization, limits concept and establishes the theory basis of the moral education class ;The second part, which tries to find how to plan the moral education class, mainly discusses about how to set the aim, how to select the content and how to choose the theme of the middle school's moral education class;The third part, trying to find how to carry out the moral education class, mainly deals with the general mode of moral education class and the effective implementation method of the middle school's moral education class and the successful moral education subject activity class that must be persisted;The fourth part discusses about how to manage and appraise the middle school's moral education class.

第一部分，前提疏理，界定概念，确立中学德育主题活动课的理论基础；第二部分，探讨中学德育主题活动课的设计问题，主要包括德育主题活动课的目标确定，德育主题活动课内容的选择，德育活动主题的确立等；第三部分，探讨中学德育主题活动课的实施问题，主要围绕实施德育主题活动课的基本要素、一般过程、行之有效的实施方法及德育主题活动课应坚持的原则等；第四部分主要探讨中学德育主题活动课的管理与评价问题。

It is found that the distributed microscopic traffic network simulation methods based on distributed systems require not only the careful discussions on traditional traffic flow theory, such as the driver's uncertain behaviors in selecting the route and changing lane, but also some deep researches on parallel techniques. These key techniques about how to realize parallel and distributed simulations include how to partition the large-scale road network into sub-areas, how to divide the multi-course in dynamic traffic flow operation, how to finish the informational transmission among processors, and how to realize the clock-synchronization among processors etc..

在基于分布式系统的路网交通流并行微观模拟研究中除了需要对传统的交通流理论如驾驶员路径选择、车道变换等微观不确定性行为进行仔细探讨外，还必须对道路网子网的划分方法，交通流动态运行过程中多个进程的划分方式及各进程之间消息传递、各处理器间的时钟同步方式等实现并行的关键技术问题进行深入研究。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。