1.
Stock Market Trend Prediction Based on Neural Networks, Multiresolution Analysis and Dynamical Reconstruction;
基于神经网络、多分辨分析和动力学重建理论的股市趋势预测
2.
Modified Blepharoplasty Simulating the Anatomic Microstructure of the upper Eyelid;
重建生理性上睑动力学结构的重睑术研究
3.
Diesel Exhaust Reforming Chemical Kinetics Modeling and Sensitivity Analysis
柴油废气重整的化学动力学建模及敏感性分析
4.
The Biodynamical Survey and Experimental Animal Investigation on Reconstruction of Anterior Cruciate Ligament;
重建ACL的生物力学测定与动物实验研究
5.
Markov Random Fields Prior Guided PET Reconstruction and Kinetic Parameter Estimate
基于MRF先验的PET图像重建和动力学参数估计
6.
Vehicle Dynamics Modeling and Simulation Analysis of Heavy-duty Truck Based on TruckSim
基于TruckSim的重型卡车整车动力学建模与仿真分析
7.
Modeling of Virtual Prototype of Gantry Crane and Its Dynamic Simulation
门式起重机虚拟样机建模与动力学仿真
8.
Dynamic model of energy coupling effect about the boom system of truck crane
汽车起重机变幅系统机液耦合动力学建模
9.
Research on Rigid-flexible Coupling Model and Dynamic Characters of Moored Crane Ship;
锚泊起重船刚柔耦合动力学建模及其动态特性研究
10.
Diesel EGR-added Hydrogen Combustion and Diesel Exhaust Reforming Chemical Kinetics Modeling;
柴油机EGR掺氢燃烧及柴油废气重整化学动力学建模
11.
Research on Hemodynamic Change of Cardia Insufficiency Patient by Reconstructed Impedance Cardiogram;
重建心阻抗图观察心功能不全患者的血流动力学的变化
12.
Chaos Dynamics Modeling of EEG Signal Based on Multiple Wavelet Neural Network and Its Application;
基于多重小波神经网络的EEG信号混沌动力学建模及其应用
13.
Dynamics Model of Rigid-flexible Mixture and Applied in 450t Capacity Well-hole Wagon;
刚—柔混合动力学建模及在载重450t落下孔车中的应用
14.
Study on the Model and Dynamics Simulation of the HPS System of All Terrain Crane;
全路面起重机油气悬架系统建模与动力学仿真研究
15.
Investigation of Reconstruction of Functional Urethra in Preventing the Incontinence after Radical Prostatectomy with Urodynamic Approach;
功能尿道重建预防前列腺癌根治术后尿失禁的尿动力学研究
16.
Dynamic Modeling and Analysis Method of Flexible Beam Systems of Crane
起重机柔性臂架系统动力学建模与分析方法研究
17.
Dynamics Analysis on the Gravity-type Strength Training Apparatus in Working;
重力式力量训练器械工作动力学分析
18.
A Important Breakthrough of Chhemical Dynamic Reaserch: Femtosecond Chemistry;
化学动力学研究的重大突破——飞秒化学