Because of the universally and effectively method to identify and control for nonlinear system not being formed,analysis was done to identification and control structure scheme of inverse model based on Artificial Neural Network(ANN) for nonlinear system.
Simulation results show that the GPC structure scheme based on ANN for nonlinear system is reasonable and feasible,and the satisfactory control effective can be obtained.
Obtained principles and structure plan of design on work machine, Analyzed on effects of work parameters on power consumption about work machine, it is feasible and advanced on practice test.
The overall system structure plan divides into the motion customer end and the server end, two parts of compositions are basicly same, All divides into four parts: SyncML agreement synchronization module, mobile database module, network transmission module and based on SyncML data synchronization application program module;
This article mostly discusses the designing of the abnormity of column frame,calculating characteristic and what should be paid attention to while designing,and also puts forward basic demand on the abnormity column frame in framework scheme,structure measure,calculation fundamental and construction etc.
Based on the principle of leaning on master affairs,increasing efficiency,rational on resource allocation and coordinate operation,this paper first analyzes the reengineering purpose and the reengineering strategies of supply chain systems under electronic commerce,then selects one better reengineering strategy by AHP method,and holds forth its framework scheme.
Based on the principle of leaning on master affairs,increasing efficiency,rational on resource allocation and coordinate operation,this paper analyzes the reengineering purpose and the reengineering strategies of supply chain systems in electronic commerce. One better reengineering strategy is selected by AHP method and its framework scheme introduced.
A simple electronic structure scheme based upon a combination of the molecular clusters and tight binding formulation is proposed that is not only quantitative but also enables electronic structure studies in a computationally efficient manner.
The factor analysis model and Lazarsfeld's latent structure scheme for analyzing dichotomous attributes are derived to show how the latter model avoids three knotty problems in factor analysis: communality estimation, rotation, and curvilinearity.
In all, the karyotype structure of corvine birds is comparable to the basic structural scheme of the karyotype in the order Passeriformes, which confirms the concept of conservatism of the avian karyotype.
The structural scheme of numerical relations between the operational requirements for impermeability and the threshold sensitivity of testing methods and techniques is considered.
Our 23Na NMR data are consistent with available data on Q speciation and the proportions of water species in sodium-silicate glasses in the frameworks of a proposed detailed structural scheme of water dissolution.