compensation model造句

• The collaboration engine provides a compensation model
  协作引擎提供了补偿模型。
• The reconstruction of compensation model for the lost - land farmer
  我国失地农民安置补偿模式的重构
• Study on acquisition premium payment risk and achievement compensation model
  并购溢价支付风险补偿模型的初步研究
• You can develop and deploy business processes that support long and short running business processes and a compensation model within a scalable infrastructure
  可以开发和部署业务流程，它支持长时间运行和短时间运行的业务流程以及可伸缩的基础设施中的补偿模型。
• The paper tries bp and rbf two kinds of commonly used neural networks compensation model mainly , has compared with many kinds of networks and learning algorithms through the instance
  本文主要尝试了bp和rbf两类常用的神经网络补偿模型，通过实例比较了多种网络学习算法。
• The concept called parallel macro - micro robot is presented . two kinds of optimal disposing methods of the cables ? tensions are used to build the inverse kinematics model of cable and cabin system . the error compensation model of the fine tuning stewart platform is deduced
  本章提出了并联宏-微机器人的概念及基于悬索张力均匀原则和悬索系统势能最小原则的两种索张力优化配置方案，并在此基础上建立了并联悬索系统的逆运动学模型，推导了动基座stewart平台的误差补偿模型。
• Gilbertson shared with the delegates how innovations in manufacturing processes , expansion in research and development , performance - based compensation models , customer - centric orientation and referral marketing strategies had helped synergy group get out from bankruptcy in its third year of operations to achieve 16 additional businesses and annual revenue growth of more than 10 per cent in its seventh year of operation
  其中,供与会代表参考的案例有如何利用制造流程,研发扩编,依表现恤薪,顾客导向与市场策略的创新,使公司由濒临破产边缘,三年内成功推进16项新领域,并达到连续七年年成长超过10 %的目标
• Based on the analysis of the characteristics of the raw mix slurry preparing process in alumina sintering production process , firstly , a mechanism model based on material balance principle was established as the master - rule model for the quality prediction ; secondly , considering the problem that the alkali liquor composition was unstable and its real - time measurement was difficult , a nn ( neural networks ) prediction model for the prediction of the alkali liquor composition was set up and nesting - integrated with the mechanism model ; finally , using the gray theory for the information mining from the errors of the mechanism model , a gm ( 1 , 1 ) compensation model was put forward and parallel - connection - integrated with the mechanism model , achieving a raw mix slurry quality prediction model
  摘要针对烧结法氧化铝生产过程中生料浆配料工艺的特点，根据物料平衡的原理建立机理模型，作为生料浆质量预测的主规律模型；针对碱液成分波动大且难以实时检测的问题，对碱液成分含量建立了神经网络预测模型，并和机理模型进行嵌套集成；利用灰色理论对机理模型的偏差数据进行信息挖掘，建立了gm ( 1 , 1 )补偿模型，并与机理模型进行并联集成，获得生料浆质量预测模型。
• All the steps of compensation reform in g software company is run after , the compensation system is redesigned according to g software company ' s actual conditions . at first , the problems of original compensation system in g software company is analyzed , especially the problems of the compensation for r & d employees is emphasized ; and then , a new compensation system with several compensation models mixed together is designed out which considering the inspiriting , inner justice and competition outside
  首先,本文通过对g软件公司原有薪酬体系的分析,剖析g软件公司薪酬体系存在的普遍问题,并重点研究了研发人员薪酬体系存在的问题;其次,根据g软件公司的战略发展目标,运用定量分析与定性分析相结合的方法,逐步设计出一套以多种薪酬模式相结合的薪酬方案,该方案综合考虑薪酬的激励性、内部公平性与外部竞争性。
• Firstly , the structures and properties of abs resin , a kind of material for fdm process , are introduced , and theological properties of melted abs filament during extrusion from fdm ' s nozzle are studied in viscosity and elasticity , the research results can provide theoretical guidance for establishing the compensation model of ideal contour line
  本论文首先从粘性和弹性两个方面阐述和研究了熔融态abs熔体从喷头挤出过程中的流变性能，流变性能的分析和研究不仅有助于更好地理解fdm工艺的挤出丝过程，而且为建立理想轮廓线的补偿模型提供了理论依据。
• 2 . the combination models of knowledge employees " compensation factors preferences ( 5 . 5 gridiron pattern ) reflects their choices , in which the most typical compensation models are type a ( family - oriented security ) , type b ( family - oriented risk ) , type c ( career - development risk ) , type d ( career - development security ) and type o ( the medium one )
  2 、知识型员工的薪酬要素偏好组合模式( 5 ? 5方格图)反映了知识型员工的薪酬要素偏好选择，其中最为典型的组合模式有a型(家庭导向?保障型) 、 b型(家庭导向?冒险型) 、 c型(工作发展?冒险型) 、 d型(工作发展?保障型)和o型(中间型) 。
• This paper analyses , designs research scheme of the subject at first , puts up a simple experimental flat , gathers datum with two kinds of precision needed to obtain sample data sets , sends into neural network system designed . through studying and data analysis , designs better compensation model based on neural network
  本文首先分析、选定课题研究方案，搭建简易的试验装置，通过数据采集获取所需要的两种精度值的样本数据，然后送入所设计的神经网络模型中，通过学习、数据分析，提取出较好的神经网络补偿模型。
• The whole article consists of 6 parts : 1 . object of the project and the development background of the relative technique are introduced . 2 . the theory of the micro inertial heave height measurement is depicted . 3 . arithmetic model base on matlab / simulink for micro inertial heave height measurement is offered , including the result analysis for the simulation . 4 . the whole hardware design base on aduc841 single chip of the mimu data collection system is depicted . 5 . software design is introduced . 6 . adjusting and error compensation model of the mems is depicted . at last , sum - up , view and enhancement of the system are given
  本论文分成六个部分:第一部分介绍了课题研究的目的及相关技术的发展概况;第二部分主要论述微惯性测高的理论基础;第三部分给出微惯性测高算法的matlab仿真模型及仿真结果分析;第四部分给出基于微惯性传感器及aduc841单片机的微惯性数据采集系统的硬件设计及调试方案;第五部分为微惯性数据采集系统的软件设计;第六部分介绍了微惯性传感器的标定及误差补偿方法。
• According to the rheological properties of melted abs filament during extrusion from fdm ' s nozzle , on the basis of research on extruded filament section shape , the compensation model of ideal contour line is established , and a new technique for compensating inner or outer contour line of workpiece is put forward , which should depend on the real width of extruded filament ( instead of nozzle radius ) and the real dimensional shrinkage of workpiece
  根据abs丝从喷头挤出过程中的流变性能，在研究fdm工艺喷头挤出丝截面形状的基础上，建立了理想轮廓线的补偿模型，并提出了根据挤出丝实际宽度(而非喷嘴孔直径)和零件尺寸实际收缩量补偿零件内、外轮廓的新方法，验证试验结果表明该补偿模型和补偿方法正确可行。
• The three major types of machining error are geometric , thermal and cutting - force induced error . at the present time , error compensation model usually aims at single type of error and is used for the specific machine tool . this paper develops a universal synthetical model of error compensation for three - axis numerical control ( nc ) machine tool , which can be updated on time when manufacturing surroundings is changed
  论文广泛研究了机床误差补偿技术目前的发展状况，针对目前误差补偿系统存在的不足(诸如大多为单项误差补偿、通用性较差，模型多为静态等) ，提出了机床综合误差的补偿策略，以三轴数控机床为例建立了综合误差补偿系摘要统，系统的误差模型可实时更新，该补偿系统可直接移植到多轴加工系统中。
• This method can effectively compensate the current error caused by magnetizing current at power frequency . 3 ) because most current transformers have the turn compensation , the characteristic of which was analyzed and the anti - turn compensation model was adopted to offset the action for current transformer with turn compensation
  ( 3 )针对电力系统中大部分互感器都采用了匝数补偿的特点，分析了匝数补偿的特点，采用了反匝数补偿方法，以抵消匝数补偿对电流互感器误差特性的影响，恢复电流互感器原有误差特性，确保基于物理相似原理有源补偿方法的补偿效果。
• With the purpose to improve its competence , suit the requirement of the environment , quicken the reform of the compensation system , these problems on basis of the relevant theories of economics and management are analyzed and bj material research academy is taken as an example , try to solve the existing problems in its management system : segmentation , decentralization and repeat , the supers , lower efficiency , faulty mechanism . the studying on this compensation model can provide a reference to other similar enterprises
  论文旨在运用经济学与管理学的有关原理分析这些问题，并对bj材料研究所的薪酬制度进行分析，试图解决其管理体制上存在的条块分割、分散重复、人员过多、效率不高、机制不完善等问题，提高其参与市场竞争的能力，使科技型企业能更快地适应科技进步和社会发展的要求，加快推进科研机构的薪酬制度改革，进而带动人力资源管理各方面的改革。
• Establish the compositive optimal reactive compensation model for medium - low level voltage distribution network , and the optimal reactive compensation model for transformer - substation . by improving on the simple genetic algorithm , put forward the all - around classic genetic algorithm , and workout the relevant software
  10kv中压配电网采用线路固定电容器补偿，电容器的型式选用干式、自愈型； 0 . 4kv低压配电网采用低压智能无功补偿装置，安装位置为配电变压器低压侧。