The Optimization of Chain of Talents on the Development of Large Aircraft
p.613
p.613
Material Property Research of High Performance Concrete on its early Age by Fiber Bragg Grating Sensor
p.618
p.618
Influence of Different Gradation Carbonyl Iron Particles on the Properties of Magneto-Rheological Fluids
p.623
p.623
Influence of Brazing Time on Microstructure of High Temperature Brazing Diamond with Ni-Cr Alloy
p.628
p.628
Combination Evaluation of Industry Independent Innovation Ability Based on Adaptive Genetic Algorithm
p.633
p.633
Study on Preparation Technology and Finishing Performance of Magnetic Abrasive Grain
p.637
p.637
A Comparative Study of Ordinal Probit and Logistic Regression for Affective Product Design
p.642
p.642
SLAM Using Relational Trees and Semantics
p.648
p.648
A Study on Dissipative Structure Model of Enterprise Low-Carbon Competitiveness System
p.654
p.654
Combination Evaluation of Industry Independent Innovation Ability Based on Adaptive Genetic Algorithm
Abstract:
In order to measure industry independent innovation ability more scientifically, a combination evaluation model was established based on adaptive genetic algorithm. The basic steps and application principal of how to establish the model was explained in detail, and concrete operation process of the model was introduced briefly by an example. The empirical study shows that using this model to evaluate can get an accurate and object result, which is valuable for government and enterprises.
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Info:
Periodical:
Advanced Materials Research (Volumes 452-453)
Pages:
633-636
Citation:
Online since:
January 2012
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