"好人定位"模型,the Model of Good-person
1)the Model of Good-person"好人定位"模型
2)ASM facial modelASM人脸定位模型
3)positioning model定位模型
1.In this paper, the implements of VRS RTK, including the process of surveying based on VRS RTK and basic principles of VRS RTK in research on positioning model of QuickBird satellite images are introduced.本文主要探讨基于VRS RTK技术在QuickBird遥感影像定位研究中的应用,包括VRS RTK定位技术原理、基于VRS RTK的遥感影像控制点处理方法,以及基于此的遥感影像定位模型和定位精度。
2.From the perspective of analyzing product characteristics demanded by the market, the characteristics of the products supplied by the competitor, and the state of the products in the enterprise, this paper proposes and builds one market positioning model.本文从分析市场对产品的特色要求、竞争者所提供的产品的特色以及本企业产品的状况着手,提出并建立了一种市场定位模型,通过对定位模型的阐释,以期能够有助于企业确定自己的市场定位。
3.The integrated navigation system combining microwave with long wave is an important trend of modern navigation system,but there is not an effective positioning model because of calculation complexity of long wave range.长波和微波的混合组合导航定位是当前导航系统发展的一个重要方向,但是由于长波距离计算的复杂性,目前还没有有效的定位模型进行计算。
英文短句/例句

1.Positioning of multi-customer order decoupling point in mass customization大规模定制下多CODP的定位模型及算法
2.Multilevel Localization Model and Localization Error Analyze for Large Scale WSNs大规模WSNs多层定位模型与误差分析
3.Study on GPS-Galileo combined positioning based on relative positioning model基于相对定位模型的GPS-Galileo组合定位研究
4.Analysis and Research on Position Model in Intelligent Transportation Systems;智能交通系统定位模型的分析与研究
5.The Research of DHT Resources Locating Model Based on Hierarchy;基于分层结构的DHT资源定位模型研究
6.Research on the Resources Locating Models of P2P System Based on DHT基于DHT的P2P资源定位模型研究
7.Study on Positioning Model for Microwave /Long-Wave Integrated Pseudorange Navigation System长波/微波混合伪距导航定位模型研究
8.Integrated GPS/GLONASS point positioning model and its accuracy analysisGPS/GLONASS组合点定位模型及其精度分析
9.Hierarchical Resource Locating Model of Chord一种Chord的分层资源定位模型
10.Analysis on the Position Sensitive Detector Positioning Error Caused by Laser Spot Using New Three-Ray Model采用三线位置敏感探测器定位模型分析光斑对定位精度的影响
11.Principle and Mathematical Model Research for GPS Network RTK;GPS网络RTK定位原理与数学模型研究
12.Total Station Piling Positioning System and Model Error Analysis;全站仪打桩定位系统及模型误差分析
13.Peer-to-Peer Resource Locating and Retrieval Model under Wireless Network;无线网络下P2P的资源定位和获取模型
14.The Role of Teachers in Model of Task-based Approach;任务型教学模式下教师角色定位研究
15.Model of position decision based on 3C and its applications;基于3C的市场定位决策模型及其应用
16.Study of the Model of Higher Vocational Education with Characteristics;高等职业教育特色定位的模型化研究
17.Research on Precision Positioning of GMA Based on Prandtl-Ishlinskii Modeling基于Prandtl-Ishlinskii模型的GMA精密定位研究
18.EVALUATION OF PRECISE POINT POSITIONING WITH UofC MODEL基于UofC模型的精密单点定位精度分析
相关短句/例句

ASM facial modelASM人脸定位模型
3)positioning model定位模型
1.In this paper, the implements of VRS RTK, including the process of surveying based on VRS RTK and basic principles of VRS RTK in research on positioning model of QuickBird satellite images are introduced.本文主要探讨基于VRS RTK技术在QuickBird遥感影像定位研究中的应用,包括VRS RTK定位技术原理、基于VRS RTK的遥感影像控制点处理方法,以及基于此的遥感影像定位模型和定位精度。
2.From the perspective of analyzing product characteristics demanded by the market, the characteristics of the products supplied by the competitor, and the state of the products in the enterprise, this paper proposes and builds one market positioning model.本文从分析市场对产品的特色要求、竞争者所提供的产品的特色以及本企业产品的状况着手,提出并建立了一种市场定位模型,通过对定位模型的阐释,以期能够有助于企业确定自己的市场定位。
3.The integrated navigation system combining microwave with long wave is an important trend of modern navigation system,but there is not an effective positioning model because of calculation complexity of long wave range.长波和微波的混合组合导航定位是当前导航系统发展的一个重要方向,但是由于长波距离计算的复杂性,目前还没有有效的定位模型进行计算。
4)location model定位模型
5)position model定位模型
1.In this paper,the three kinds of position models had been introduced and compared.主要研究了雷达立体影像对获取地面三维坐标的方法,分析了目前所广泛使用的三种立体定位模型的优缺点,为利用雷达立体影像对获取数字高程模型提供了选择依据,并对其中的零距离-多普勒模型进行了改进,最后利用机载雷达影像数据对此算法进行了实验研究,取得了较好的实验结果。
6)good fix良好定位
延伸阅读

AS 丙烯腈-苯乙烯共聚物是由丙烯腈和苯乙烯通过本体法、悬浮法或乳液法制得。透明或半透明的水白色颗航。相对密度1.06-1.08。折射率1.57。平衡吸水性0.66%。热变形温度82-105℃。具有高光泽、高透明、高冲击、良好的耐热性和机械性能。刚性大,具有较高的化学稳定性,耐水、耐油、耐酸、耐碱、耐醇类。溶于酮类溶剂和某些芳烃、氯代烃。耐候性中等,脆性较大。拉伸强度 72-78MPa冲击强度 2.1-2.5kJ/m2洛氏硬度 R76-80熔体指数 l. 4-3.3g/10min