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智能目标
相关语句
  intelligent target
     Intelligent target recognition based on the support vector machine
     基于支撑矢量机的智能目标识别方法
短句来源
  “智能目标”译为未确定词的双语例句
     Design and implementation of target intelligent detecting and tracking system
     智能目标检测与跟踪系统的设计与实现
短句来源
     This article makes a deep research into the reason and theory of the target teaching and its evaluation, and sets up the classific system about aim teaching (cognitive aim, intelligence and ability aim, emotional aim) and its evaluation (affection process, cognitive process and teaching process) , and evaluation structure (formation evaluation, diagnosis evaluation and final evaluation).
     建立了数学目标教学的分类体系(认知目标、智能目标、情感目标)及数学目标教学的评价维度(情意过程、认知过程、施教过程)、评价结构(形成性评价、诊断性评价、终结性评价)、评价模式(目标探究课型、目标应用课型、目标系统课型、目标深化课型);
短句来源
     As the development of sensor network, a set of sensors are always deployed to detect a region of interest for any potential target.
     随着传感网络的发展,人们越来越多的应用它来进行监控。 而智能目标在穿越传感区域时,是有能力寻找更好的路径来降低被传感网络探测到的风险的。
短句来源
     During the intelligent recognition and tracing system, how to get clear edge image is very important, it is also the critical factor for higher recognition rate.
     在智能目标识别与跟踪系统中,如何获取较为清晰的图像边缘至关重要,这也是提高系统目标识别率的关键.
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  相似匹配句对
     Study on the Intelligent Monitoring System of Moving Object
     运动目标智能监控系统的研究
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     Research on the Intelligent Decision Support System of Target Maneuver Strategy
     目标机动策略的智能决策支持系统研究
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     Swarm intelligence
     群体智能
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     Intelligent Polymer Materials
     智能高分子材料
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     Target:KONGO!
     目标-金刚
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  smart object
Advanced clipping techniques, font support, graphic image support and smart object methodologies are incorporated into KwikPeg.
      
A door as a smart object that understands its relationship to a wall and reacts accordingly should be a great help to the designer.
      
A door as a smart object also understands its relationship to a wall and reacts accordingly.
      
An overview of a prototype KBS implemented using the smart object paradigm makes its benefits concrete.
      
Characteristics of the Smart Object approach Reusability Arranging knowledge in the form of objectsmakes reuse of knowledge possible.
      
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The classification system of Chinese language educational objective is a classification theory in which the students can achieve the educational goal of acquiring knowledge, developing intelligence and improving self cultivation. It consists of two objective fields. One is the objective classification field of Chinese language knowledge intelligence. It is divided into five objective levels types: knowledge memory, understanding, application, analysis and synthesis. The other is the objective calssification...

The classification system of Chinese language educational objective is a classification theory in which the students can achieve the educational goal of acquiring knowledge, developing intelligence and improving self cultivation. It consists of two objective fields. One is the objective classification field of Chinese language knowledge intelligence. It is divided into five objective levels types: knowledge memory, understanding, application, analysis and synthesis. The other is the objective calssification field of cultural cultivation. It is divided into three objective levels types: acceptance, organization and individulization.

语文教育目标分类体系是指通过语文教学过程而让学生达到掌握知识、发展智能、提高修养的教育行为目标的分类理论。它包括两大目标领域 :一、语文知识智能目标分类领域 ,它划分为识记、理解、应用、分析、综合五个层次行为目标 ,二 ,文化修养目标分类领域 ,它划分为接受、组织、个性化三个层次行为目标种

The design feature and operating principle of the downhole close-loop adjustable stabilizer are described. The factors influencing the performance of the stabilizer are analyzed, including the drill fluid driving force, piston seal resistance and the elasticity of the reset spring. Statics analysis of the adjustable stabilizing block is made, and the equation for calculating the drill fluid driving force needed for keeping stable balance of the stabilizing block is derived, providing a theoretical basis for...

The design feature and operating principle of the downhole close-loop adjustable stabilizer are described. The factors influencing the performance of the stabilizer are analyzed, including the drill fluid driving force, piston seal resistance and the elasticity of the reset spring. Statics analysis of the adjustable stabilizing block is made, and the equation for calculating the drill fluid driving force needed for keeping stable balance of the stabilizing block is derived, providing a theoretical basis for the design of similar downhole tools. Field test shows that the newly-designed downhole close-loop adjustable stabilizer has reasonable structure, powerful function, and can be adjusted automatically and steplessly, therefore it is one of the reliable tools for drilling extended-reach wells.

阐述了井下闭环可变径稳定器的结构和工作原理 ,分析了影响可变径稳定器性能的钻井液驱动力、活塞密封阻力、复位弹簧弹力等因素 ;并对可变径稳定器中关键部件可调稳定块进行了静力学分析 ,推导出可调稳定块保持稳定平衡所需钻井液驱动力计算公式 ,为类似井下工具设计提供了理论依据。现场试验结果表明 ,新设计的井下闭环可变径稳定器结构比较合理 ,功能比较完善 ,可自动无级变径 ,达到了安全、平稳、高效、智能的目标 ,是钻大位移井的有力工具

During the intelligent recognition and tracing system, how to get clear edge image is very important, it is also the critical factor for higher recognition rate. Brings forward multiscale edge detecting method by using cubic B-Spline wavelet transform on aerial image. First, it introduces the properties of wavelet and cubic B-Spline function, according to the Canny's three edge detecting rules and specialties of the detecting object, analyzes the multisacle cubic B-Spline wavelet transform method's superiority...

During the intelligent recognition and tracing system, how to get clear edge image is very important, it is also the critical factor for higher recognition rate. Brings forward multiscale edge detecting method by using cubic B-Spline wavelet transform on aerial image. First, it introduces the properties of wavelet and cubic B-Spline function, according to the Canny's three edge detecting rules and specialties of the detecting object, analyzes the multisacle cubic B-Spline wavelet transform method's superiority in detecting aerial image. In practical detecting algorithm, use cubic B-Spline wavelet multiscale transforming method on the aerial image, building the different scale detecting results into one edge picture, and output it. Compared this detecting method with direct Canny's, it has better performance on the aerial image detection, and results can satisfy requirement of further recognition.

智能目标识别与跟踪系统中,如何获取较为清晰的图像边缘至关重要,这也是提高系统目标识别率的关键.作者提出了使用三次B样条小波对航拍图像进行多尺度边缘检测方法,介绍了小波及三次B样条函数的性质,根据Canny的3个最佳边缘准则和检测对象的特点,设计了B样条小波检测算法,把不同尺度下得到的边缘图像进行多尺度聚焦,输出检测目标边缘图像.经实验对比分析,该算法在航拍图像边缘检测应用中优于直接使用Canny算法,可以得到较好的边缘信息,并且能够满足下一步目标识别与定位的要求.

 
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