Evaluation matrix with the speed feature based on double inspiriting control lines

Abstract

Methods of the comprehensive evaluation have been studied for many years. However, the change speed of evaluated objects was rarely considered by the existing evaluation methods. An evaluation matrix is proposed to remedy this deficiency. Firstly, the change speed state (CSS) of the evaluated objects is analyzed based on double inspiriting control lines (DICLs), and a matrix of the CSS is constructed. Then, 72 elements in the matrix are analyzed, and formulas describing each CSS are given. The efficiency of the proposed evaluation matrix is proved when the CSS merges with the change speed trend (CST) in the dynamic comprehensive evaluation. Finally, a computing example shows that the proposed evaluation matrix is feasible in the dynamic comprehensive evaluation with the speed feature.

Research on Dynamic Comprehensive Evaluation of Resource Allocation Efficiency of Technology Innovation in the Aerospace Industry

“…e input of technology innovation resource allocation in the aerospace industry includes R&D personnel input and R&D expenditure input, of which R&D personnel input is expressed by R&D personnel full-time equivalent and R&D funding input is selected by R&D internal expenditure. Because the expenditure of R&D expenditure is a flow index, which reflects the input of current R&D expenditure, it is unable to reflect the cumulative effect of R&D activities and also has a time-lag effect; the R&D capital stock with a lag of one period is carefully chosen as the index of R&D expenditure [36]. e initial capital stock is estimated by dividing the internal support of R&D funds in 2007 by 10% [35], and the capital stock of other years is…”