Fig 1.
A two-mode network and its projection.
Fig 2.
The resources owned by participants are equally distributed to objects.
Fig 3.
The resources owned by objects are equally distributed to participants.
Fig 4.
Linear relationship between objects’ resources allocation and complete object subgraph by RAP.
Fig 5.
Comparison between traditional bipartite graph projection and resource allocation process.
Fig 6.
The bipartite graph of upper and lower industrial sectors and self-loop.
Fig 7.
Three fundamental conditions of production resources allocation among industrial sectors on an IO network.
Fig 8.
Layout of ICIO table.
Table 1.
Economic entities in RIOT of WIOD.
Fig 9.
GIVCN-RIOT-2011 model.
Fig 10.
GIVCN-RIOT-BIPARTITE-2011 model.
Fig 11.
GIRCN-RIOT-2011 model.
Fig 12.
Cumulative distribution of out-strength and in-strength of GIRCN-RIOT-2011.
Fig 13.
Correlation between CAI and CWI in GIRCN-RIOT-2011.
Fig 14.
Time-sequential trend of NCAI of economic entities based on GIRCN-RIOT.
Fig 15.
Time-sequential trend of NCWI of economic entities based on GIRCN-RIOT.
Fig 16.
Trends of NCAI and NCWI of China and NAFTA under Scenario (1).
Fig 17.
Trends of NCAI and NCWI of NAFTA and China under Scenario (2).
Fig 18.
Trends of NCAI and NCWI of NAFTA and China under Scenario (3).
Fig 19.
Trends of NCAI and NCWI of Euro-Zone countries and China under Mutual Boosting of Bilateral Trade.
Fig 20.
Trends of NCAI and NCWI of other European Union countries and China under Mutual Boosting of Bilateral Trade.
Fig 21.
Trends of NCAI and NCWI of Eastern Asian countries and China under Mutual Boosting of Bilateral Trade.
Fig 22.
Trends of NCAI and NCWI of BRIIAT countries and China under Mutual Boosting of Bilateral Trade.
Fig 23.
Trends of NCAI and NCWI of other countries and China under Mutual Boosting of Bilateral Trade.