目标设计

• This thesis systematically analyzes the device of teaching objective of biology in high school , and then makes a comparatively overall narration about teaching - objective classification , teaching - objective determination and teaching - objective express , concerned with the device of teaching objective of biology in high school
  本文用系统方法对中学生物学教学设计进行了剖析，较全面地论述了中学生物学教学目标设计所涉及的教学目标分类、教学目标的确定和陈述(表述) 。
• Physics is a basic scientific subject , its content are impersonal , so it is hardly affected by teaching language , and it suits to carry out bilingual teaching . this paper analyzes the basic causation form seven facets , and indicates that the physical bilingual teaching in high middle school is feasible , then lodges the principles of the teaching purposes designs
  物理学是一门基础的自然科学，客观性强，受教学语言的影响不大，比较适合开展双语教学，本文从7个方面分析了开展高中物理双语教学的基本动因，阐明高中物理双语教学是切实可行的，同时提出了高中物理双语教学的目标设计原则。
• In order to make the studying about the seismic exploration method possess systematic nature and the ability of tackling key problem in front - zone of mountain , we have done the research work of tackling key problem aiming at the field gathering technology of seismic exploration of the complicated structure belt ( the construction of underground and the earth ' s surface condition are complicated ) of front - zone of mountain in this text , and a large number of relativity trials by the close combination of production and scientific research , summarized a set of field method of the complicated structure belt of front - zone of mountain , adjusted both of trial factor and construction factor of the field gathering in time , achieved finally the goal of making its structure character clear
  近几年来，随着地震勘探装备和技术的改进，野外资料采集技术有了新的进展，主要表现为多种震源联合激发方法(井炮和大吨位可控震源) ，基于地表条件及表层调查基础上的激发选点方法，小道距、长排列、高覆盖接收方法，基于模型的“分段、分线、分区”观测系统目标设计方法等，取得了显著的勘探效果。为了使山前地震勘探方法研究具有系统性和攻关性，通过本文对复杂山前复杂构造带地震勘探的野外采集技术进行攻关研究，进行了大量具有针对性的试验，总结出了一套山前复杂构造带野外施工方法，最终达到了搞清复杂山前复杂构造带山前复杂构造带构造特征的目的。
• The concept on which target teaching in maths and its evaluation are based is facing all the students and quality education , according to the teaching aim of the subject . the program of target teaching in maths must be closely related to the specific teaching aim , with which it can reflect and adjust actual teaching and promote the teaching reform
  数学目标教学及其评价赖以建立的思想是“全体学生观”和“素质教育观” ，依据学科教学的目的性，紧紧围绕明确具体的数学教学目标设计教学，用目标定向、反馈来调节教学，促进教学方法改革，体现了当前我国教育的发展性功能。
• The study on instructional design began in the mid - 1960 ' s . the foreign and chinese experts have extensively illustrated and studied the principles and approaches of the instructional design , which includes the conception , the theoretical basis , the target , the tactic the evaluation , etc . the instructional design is different from traditional lesson preparation . china ' s basic orientation is towards quality education which has been put into practice for over 10 years
  教学设计问题的研究始于二十世纪六十年代，国内外专家针对教学设计的一般原理和方法进行研究和探索，包括：教学设计的概念、教学设计的理论基础、教学目标设计、教学策略设计、教学设计的模式、教学评价设计等；教学设计与传统备课是有区别的。
• This research focuses on synthesizing advanced multiobjective optimization such as physical programming with artificial neural networks ( ann ) , fuzzy technology and interactive design technology to develop more effective multiobjective optimization methods : developed fuzzy physical programming , which could deal with the fuzzy uncertainties in engineering design problem more effectively ; developed ann - based interactive physical programming , which is applicable and effective in large scale complex engineering multiobjective optimization problems ; based on the model parameter vector concept and the ann model of the designer ' s preference structure , this thesis developed intelligent interactive multiobjective optimization method ( iimom ) , providing a complete and effective solution for the medium and small scale multiobjective optimization problems
  本文主要将物理规划等先进的多目标优化方法和神经网络( ann ) 、模糊技术、交互式技术相结合，提出了新的更有效的多目标优化方法：提出了模糊物理规划方法，能够更有效地处理工程多目标设计问题中的模糊不确定性；提出了基于神经网络的交互式物理规划方法，适用于大规模复杂工程多目标设计问题；以模型参数向量概念和设计者偏好结构的ann模型为基础，提出了智能交互式多目标设计方法( mom ) ，为中小型多目标优化问题给出了一个完善、有效的解决方案。
• In this paper , the mathematics model and simulation model of the passive landing gear shock absorber was built , and was verified by drop test . aimed at acquiring suitable efficiency diagrams , two simple semi - active control algorithms were designed . the mathematics model and simulation model of the semi - active landing gear shock absorber was built
  在本文中，建立了被动控制起落架缓冲系统数学模型和仿真模型，并通过落震试验对该模型进行参数校验；以合适的功量图为控制目标设计出两种半主动简单控制律，建立了半主动控制起落架缓冲器数学模型和仿真模型；通过数字仿真对这两种控制方法进行了比较，认为半主动控制较被动控制有很大的优越性。
• Aiming at the current competition between domestic commericial banks , this article makes a deeply analysis of implementing crm system from the view of both theory and practice . focusing on icbc jiangsu branch , it starts with analyzing the improtence and urgency of implementing crm system , and then analyses the financial computerization process and status quo of icbc jiangsu branceh . after this , it gives the requirment analysis , goal - design , function - design and structure - design of the global system
  论文以中国工商银行江苏省分行为研究对象，首先阐述了江苏省工行实施客户关系管理系统的必要性和紧迫性，通过对江苏省工行金融电子化建设的过程和现状的分析，采用系统工程的方法，从需求分析、目标设计、功能设计、系统结构设计等方面对江苏省客户关系管理系统的实施方案进行了全面而系统的研究，并在此基础上对整个系统实施的投入产出以及实施的风险进行了分析。
• To do the investigating and studying work about the achievements of tackling key problem of the quondam exploration of front - zone of mountain , to analyze and study the applicability about the gathering technology used in the seismic exploration of the complicated construction belt of front - zone of mountainous ; 2 . combining the quondam achievements , researching the design method of observation system objective of the complicated construction belt based on seismic - geology model , firstly , building the surface level and deep layer seismic - geology model of complicated construction belt and analyzing the forward model , secondly , designing the observation system aiming at the overthrust nappe structure in section and in area ; 3 . aiming at the complicated earth ' s surface condition of front - zone of mountain , how to select the exciting method and the parameter , how to optimize the environment of exciting method and reception , how to pledge the normal combination of the datum of different exciting method ; 4
  根据山前带的地震地质条件特点，本文主要研究了以下几个方面的内容： 1 、对以往山前带地震攻关成果开展调研工作，分析研究在山地山前复杂构造带所采用的地震勘探采集技术的适用性； 2 、研究基于地震地质模型的复杂构造带观测系统目标设计方法：如何建立复杂构造带的表层、深层地震地质模型，利用正演分析目标区的观测系统；针对逆掩推覆体构造，如何分区分段有针对性设计观测系统等； 3 、针对复杂地表条件的山地山前带，如何选择激发方式、参数，如何优选激发、接收环境，如何保证不同激发方式的资料能正常拼接； 4 、山前带巨厚砾石区的表层结构调查技术及静校正方法研究。