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LabourUnion
- 工会费用报销管理系统 .预算管理,报销管理,支出管理,数据汇总,项目管理,重点工作管理重心:省总工会-市,县,地级工会 关联报销管理,科目预算申请,网络版报销管理软件-Unions reimbursement management system. Budget management, reimbursement management, expenditure management, data consolidation, project management, focusing on work
OSWorkflow
- 毕业论文。通过使用OSWorkflow工作流引擎,把工作重心放在业务和规则定义上, 而不需再通过硬编码的方式实现一个Petri网或是一个有穷自动机,从而提高 开发效率。本文的主要目标是对OSWorkflow引擎进行研究并应用于某信息 管理系统。主要研究工作有:对信息管理系统进行需求分析,包括项目业务 概述、业务流程分析并用UML的用例模型对系统业务功能建模,最后得出 系统的功能模型;在分析和研究基于J2EE工作流管理系统模型的基础上, 把工作流引擎OSWorkflow技术
Facility-Location
- 企业规划中的设施规划,利用重心法的启发式算法进行迭代,得到单设施多客户点的坐标的C算法-Facility planning in business planning, which employ Gravity heuristic algorithm to obtain a satisfying solution to the single facility problem.
Location-Select-Liyue
- 物流企业仓库单重心选址法+MFC界面编程-Single center of gravity location of the warehouse business law+ MFC Programming Interface
nengliang-zhongxin-jiaozhengfa
- 能量重心校正法,进行频谱的幅值修正,算法可以参见谢明、丁康老师的频谱分析文章。-Energy center of gravity correction method, the amplitude correction of the spectrum, spectrum analysis of the algorithm can be found in Xie Ming, DING Kang teacher article.
Bweightpositioncalculation
- 调整大飞机飞机重心,使之在某一要求位置处-Adjust the aircraft center of gravity and make it in a certain location.
Aweightcalculate
- 民机双发飞机各部件重量的估算,为后面重心估算准备-Aircraft weight estimation
sjx4
- 利用FLASM编写的可动态演示三角形的四心(内心,外心,重心,垂心)以及四线(角平分线,中线,高,中垂线)- Written using FLASM dynamically demonstrate the triangular Tudor (inner, external, center of gravity, orthocenter) and four wire (Angle bisector, middle, high, midperpendicular)
weightpositioncalculation
- 通过移动机翼,尾翼,起落架和油箱的位置来使气动中心和重心重合。-By movingwings, tail, landing gearand fuel tankpositionto makethe aerodynamic centerand center of gravitycoincide.
minspend
- 用java编写的关于重心法选址问题的算法,主要考虑待选配送中心到客户重心的距离-With java prepared by the center of gravity on the location of the algorithm, the main consideration to be selected distribution center to the customer center of gravity distanc
Autopilot-design
- 自动驾驶仪是用来稳定与控制飞机角运动和重心运动的一种飞行自动控制系统。-Autopilot is used to stabilize and control the aircraft angular motion and the center of gravity of a flight automatic control system.