# Table 5 Actors along with their common characteristic features, weights, and relations used in the MSN

Actors Common characteristic features Weight of actors Relation among actors
1. $$a_1G_1$$ and $$a_2G_1$$ $$pro_{a_1G_1}^1 = PhD = 23,pro_{a_2G_1}^1 = ME = 18$$ $$W_{a_1G_1} = 5.75,\; W_{a_2G_1} = 4.5$$ $$W_{a_1G_1} > W_{a_2G_1}$$ Hierarchical relation
2. $$a_1G_1$$ and $$a_3G_1$$ $$pro_{a_1G_1}^1 = PhD = 23,pro_{a_3G_1}^1 = ME = 18$$ $$W_{a_1G_1} = 5.75,\; W_{a_3G_1} = 4.5$$ $$W_{a_1G_1} > W_{a_3G_1}$$ Hierarchical relation
3. $$a_2G_1$$ and $$a_3G_1$$ $$pro_{a_2G_1}^1 = pro_{a_3G_1}^1= ME = 18$$ $$W_{a_2G_1} = 4.5,\; W_{a_3G_1} = 4.5$$ $$W_{a_2G_1} = W_{a_3G_1}$$ Equivalence relation
4. $$a_2G_1$$ and $$a_4G_1$$ $$pro_{a_2G_1}^1 = ME = 18,pro_{a_4G_1}^1 = BE = 16$$ $$W_{a_2G_1} = 4.5,\; W_{a_4G_1} = 4$$ $$W_{a_2G_1} > W_{a_4G_1}$$ Hierarchical relation
5. $$a_3G_1$$ and $$a_5G1$$ $$pro_{a_3G_1}^1 = ME = 18,pro_{a_5G1}^1 = BE = 16$$ $$W_{a_3G_1} = 4.5,\; W_{a_5G1} = 4$$ $$W_{a_3G_1} > W_{a_5G1}$$ Hierarchical relation