The overall pattern of linkage paths among the ecologically fragile areas could help identify the areas with high ecological risk in Changzhou.
To investigate the differences between Wave 1 and Wave 2, especially in the Beta linkage, each path was examined individually.
In this way, Lenzen and Murray conceptualized the emission responsibility by illustrating the linkage emission paths between final production and consumption attributions, or, in other words, the respective downstream and upstream responsibilities (Lenzen and Murray 2010).
Responding to an increasing demand for mechanism synthesis tools that are both efficient and accurate, this paper presents a novel approach to the multi-objective optimal design of four-bar linkages for path-generation purposes.
For linkage type 1 (path labeled Single in Fig. 1), if SNP1 and the linked SNP (labeled SNP2 in Fig. 1) had the same effect sign, the SNP with the maximum absolute value of the effect value (|effect|) was designated as the tagSNP.
Three examples are given: a four-bar linkage generating a straight path, the same type of linkage generating a square angle (both without correlation), and a six-link Stephenson's mechanism producing a function with a dwell range.
In order to consider this linkage, considering the indirect path of the number of slides that learners read from 240 to 299 s, the results showed that the learners tend to add annotations on the slides from 240 to 299 s.
For linkage types ≥ 2 (path labeled Block in Fig. 1), two branches were possible depending upon whether the SNP2 block had a majority effect sign or not.
There were 10,679 linkages between these nodes, with each linkage having a characteristic path length of 3 and each node having an average of 18 neighbors.
The proposed RSM design procedure can be applied to any type of path generators (four-bar linkage, five-bar linkage, etc).
