# An Evaluative Study on the Choice of Regional Strategic Emerging Industry Based on DEMATEL: Heilongjiang Province as an Example

Authors: Xiuying Guo; Xiaofeng Hui; Junxiang Wang
Journal: Mathematical Problems in Engineering
 (2013)

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## Abstract

Currently, the convergence of choosing regional strategic emerging industry is very serious in our country. And affected by its developmental stage, at present, the research of the methodology for choosing and evaluating regional strategic emerging industry is not very mature and lacks systematic and dynamic study. By expanding the DEMATEL method to the field of the complex weighted network, comparing the regional industry to a dynamic system and establishing the DEMATEL improved model based on industry input-output table, it is possible to realize the systematicness and dynamic nature of choosing regional strategy emerging industry.


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## Body

## 1. Introduction

Throughout the history, the economic crisis will promote the development of emerging industries every time, and in various countries around the world, the emerging industries are of strategic importance to deal with the financial crisis, construct the new economical growth point, and preempt the development opportunities of the future. In September, 2009, Premier Jiabao Wen presided over three forums about strategic emerging industry development and “the concept of strategic emerging industry” was proposed for the first time. In October, 2010, the State Council determined seven industries as strategic emerging industries in China: energy conservation and environment protection, new generation of information technology, biotechnology, high-end equipment manufacturing, new energy, new materials, and alternative fuel vehicles. In March, 2012, Premier Jiabao Wen emphasized in the “government work report,” to further promote the healthy development of strategic emerging industries, promoting the optimization and upgrading of industrial structure [1].At present, strategic emerging industry has entered a stage of deepening development, which means, as the core of all levels of local government, establishing regional strategic emerging industries and overall promoting the upgrading of regional industrial structure and then promoting the sustainable development of social economy. Due to the economic development level of various regions in China and resource endowments have differences, regional industrial structure has its own characteristics, and its industrial gradual progress has obvious regional characteristics [2]. Therefore, regional practice must first be selected scientifically before regional strategic emerging industry will be developed. At present, led by the planning of country strategic emerging industry, proceeding from the separate condition, advantage, and characteristic, the provinces (cities, regions) of our country propose the strategic emerging industry planning during the period of “12th Five-Year Plan.” However, after sorting out the strategic emerging industry planning in thirty provinces (cities, regions) of our country, the author found that during the period of “12th Five-Year Plan,” the convergence in the choice of the regional strategic emerging industries is very serious, as shown in Figure 1.Figure 1
Selected case charts of the strategic emerging industry in thirty provinces (cities) of our country.The number of region selecting new material is twenty-nine, the region selecting new energy is twenty-six, the number of selecting biological is twenty-five; these three ones are ranked as the top three. The convergence in the choice of the regional strategic emerging industries can easily result in vicious competition, redundant construction, waste of resources, and other issues of excess production capacity. Regional strategic emerging industry is never a simple regional of the country strategic emerging industries, the difference between the two is not only in amount, but also in quality. Therefore, how to accurately and scientifically select and evaluate the regional strategic emerging industry will have important theoretical and practical meanings.At present, many scholars are carrying on the theoretical and empirical research of the strategic emerging industries: first, Qiao and Yang [3] and Xiong and Zeng [4] established an evaluation system from the perspective of coupling the emerging industries and traditional industries. Second, He [5], Li [6], and Luo [7] and Hu et al. [8] constructed the choice model based on the Analytic Hierarchy Process (AHP), fuzzy comprehensive and the combination of “AHP-IE—PCA” empowerment evaluation method. Third, Liu and Cheng [9] and Liu [10] used comparative analysis to propose the suggestion of choosing mechanism. Forth, Ao and Liu [11] come up with the choosing principle, basic principle and several kinds of typical selective methods of the strategic emerging industry from the theoretical level.It is not difficult to see that scholars for regional strategic emerging industry choice mainly focused on the importance of strategic emerging industry, connotation and characteristic, mechanism of formation and development, selection principle, and cultivation measures discussion of theory; empirical research is mainly to have a set of strategic emerging industries evaluation of each area; method is selection the method of simple transplantation for leading industry, lacking regional strategic emerging industry choice and the choice of system science method and evaluation system. As regional industrial system is a complicated dynamic system, and strategic emerging industry has strong correlation effect and characteristics of sustainable development, this paper will be based on the complicated network and input-output theory, with the aid of DEMATEL improved model as an example to Heilongjiang province regional strategic emerging industry selection research, and will do dynamic gathered qualitative research for selection result.


## 2. The Choice of Regional Strategic Emerging Industry Based on the Improved DEMATEL Model

### 2.1. Industrial Complex Network and the Introduction of the Theory of Input and Output

Regional industrial system, being the most complicated subsystem of national economic system construction, must composite complex system theory and macroeconomic quantity analysis to make overall planning [12]. Industrial system is mainly related to the input and output of the interindustry; so with the help of the input and output theory, we need the theory of input and output to study some characteristics of the regional industrial system. Input-output theory is founded by the Harvard University professor Wassily Leontief in 1936, and it mainly studies the quantitative analysis of the input-output interdependence relationship of each part in the economic system. This interindustry perplexing relationship of supply and demand generally is succinctly explained by the input-output table.


### 2.2. Based on DEMATEL Improved Model of the Input-Output Table and Empirical Research

DEMATEL is an analysis method, using graph theory and matrix tools for system analysis, proposed by the American scholar Gabus and Fontela. By constructing the direct affect matrix between system factors, apply the matrix to calculate the center degree and reason degree of each factor, and then determine the importance of various factors in the system. This method is more effective for dealing with complicated social economic problems, especially for the problem of unclear relationships of system factor [13]. In recent years, many scholars apply DEMATEL to study complex system. Tzeng et al. [14] use DEMATEL, structure analysis method (AHP), and fuzzy integral to construct a selection evaluation model of online learning project. Liang and Ma [15] apply DEMATEL method to analyze the foundation engineering construction risk. Zhu and Yang [16] bring DEMATEL and entropy according to the autocorrelation of customers’ demand and the influence of market competition evaluation to correct the basic important factor of the customers’ needs and integrate the processing results of the two sides, then we can get more objective final important factor of the customers’ needs.On the basis of using DEMATEL method for reference, this paper extends the DEMATEL method to the weighted field of complex network, confirms network supporting matrix using the improved DEMATEL method, studies the relations of every industrial department based on input-output matrix, then determines the preselected strategic emerging industry whose centrality and reason degree are high. The DEMATEL improved model based on complex network is described as follows.Step 1.
Generated standardized effect matrixD.We regard every industrial department of the national economy as one point and regard input-output relationship of each department as one border. Take, for example, input-output table of 42 industry departments of Heilongjiang province in 2007, we regard each industry department as an influencing factor and regard the input and output values of every industrial departments as weighted interrelation between every factor,aij, and get direct affect matrix A=(aij),(i,j=1,2,…,42). By setting up the table of 42 industrial departments corresponding to sequence number, as shown in Table 1, we represent the industry name with sequence number in the latter research.Table 1
The table of 42 industries of national economy in Heilongjiang province corresponding to sequence number.
Industrial sequence number
Industry name
1
Agriculture forestry, animal husbandry and fishery
2
Coal mining and coal washing industry
3
Oil and natural gas industry
4
Metal mines
5
Nonselected industry
6
Food manufacturing and tobacco processing
7
Textile crafts and others
8
Textile, leather, and products industry
9
Wood processing and furniture manufacturing industry
10
Paper printing and stationery and sports goods manufacturing industry
11
Petroleum processing, coking, and nuclear fuel processing
12
The chemical industry
13
Nonmetallic mineral products industry
14
Metal smelting and rolling processing industry
15
Metal products industry
16
General, special equipment manufacturing industry
17
Transportation equipment manufacturing
18
Electrical machineryEquipment manufacturing industry in
19
communications equipment, computers, and other electronic equipment metal mine and other mining manufacturing
20
instrumentations and culturesOffice machinery manufacturing industry
21
Manufacturing and others
22
Waste
23
Electricity, heat production and supply industry
24
Gas production and supply industry
25
Water production, and supply industry
26
Construction
27
Transportation and warehousing industry
28
Postal industry
29
Information transmission, computer service, and software industry
30
Wholesale and retail trade industry
31
Accommodation and catering industry
32
Finance and insurance industry
33
Real estate
34
Leasing and business services
35
Tourism
36
Research and experimental development industry
37
Integrated technology services
38
Other social services
39
Education
40
Health, social security, and social welfare
41
Culture, sports, and entertainment industry
42
Public management and social organizationAccording to the direct affect matrixA, with the help of
(1)D=sA(s>0),
construct standardized affect matrix D, where dij=saij,(i,j=1,2,…,N) and “S” is called the scale factor, 0<S<Sup. We usually make
(2)Sup=max{1max1≤i≤N∑j=1N|aij|,1max1≤j≤N∑i=1N|aij|}.According to (1) and (2) calculation methods, we use MATLAB 7.1 to calculate the ratio factor of Heilongjiang province standardization impact matrix Ds=7.65036819+E-9 and get the standardized affect matrix D.Step 2.
Construct total impact matrixT.The sum of rows of matrixD is called the outgoing degree of i industry, which expresses the direct impact total intensity of the industry i, as diout=∑j=1Ndij. The sum of columns of matrix D column is called incoming degree of industryj, which expresses the direct impact total intensity of the industryj, as djin=∑j=1Ndij. However, for the actual issue, we not only consider the direct effect between the industries, but we also need to consider the indirect effects between the industries, and the chain effects brought by an industry change. The total effect matrix T expresses the comprehensive summation of the direct and indirect effects between factors, in order to determine the final effect of each factor relative to the highest level factor in the system. That is,
(3)T=C+C2+⋯+Cn=CI-Cn-1I-C.Since0≤Cij≤1, so, when n→∞,Cn-1→0,
(4)T=CII-C=C(I-C)-1.According to the formula in (4), after calculation, we can get the total effect matrix Tof 42 industries of Heilongjiang province in 2007.Step 3.
Calculate the impacted degree matrixTr and the affected degree matrix Tc.The row sum and column sum of sum-impact matrixT are known as the impact matrix Tr and the affected matrix Tc, thereinto,
(5)Tr(i)=∑j=1ntij,Tc(j)=∑i=1ntij.By the formula in (5), we calculated the impact degree of 42 industries of Heilongjiang province in Table 2, affected degree of 42 industries of Heilongjiang province in Table 3.Table 2
The table of 42 industries impacted degree in Heilongjiang province in 2007.
Industrialserial number
Impact degree
1
0.95071
2
0.30522
3
0.9977
4
0.095245
5
0.04165
6
0.42161
7
0.037194
8
0.035844
9
0.087075
10
0.11412
11
0.71392
12
0.75186
13
0.13191
14
0.67531
15
0.13036
16
0.58628
17
0.15669
18
0.23295
19
0.079387
20
0.095469
21
0.017872
22
0.025863
23
0.66337
24
0.014136
25
0.046386
26
0.059348
27
0.62216
28
0.049898
29
0.11265
30
0.52904
31
0.13655
32
0.18218
33
0.096514
34
0.15404
35
0.008932
36
0.031676
37
0.014577
38
0.12878
39
0.021051
40
0.029709
41
0.027365
42
0.001848Table 3
The table of 42 industries affected degree in Heilongjiang province in 2007.
Industrialserial number
Affecteddegree
1
1.0523
2
0.1989
3
0.2731
4
0.014714
5
0.021051
6
1.1157
7
0.048682
8
0.069762
9
0.11041
10
0.08791
11
0.81487
12
0.58536
13
0.11039
14
0.19893
15
0.076224
16
0.50038
17
0.24168
18
0.12866
19
0.018562
20
0.025923
21
0.010428
22
0.004718
23
0.59301
24
0.016373
25
0.037949
26
1.2815
27
0.40812
28
0.056323
29
0.076689
30
0.2504
31
0.2205
32
0.076427
33
0.10506
34
0.10007
35
0.020194
36
0.025845
37
0.033515
38
0.15067
39
0.12273
40
0.17842
41
0.025338
42
0.12669Step 4.
Calculate centrality degree matrixM and reason degree matrix R.The impact matrixTr plus the affected matrix Tc is the centrality degree matrix M, namely,
(6)M=Tr+Tc.M
i is the centrality degree of ith industry, representing the importance of ith industry in regional industrial system, namely,
(7)Mi=Tr(i)+Tc(i).The impacted matrixTr minus the affected matrix Tc is the reason degree matrix R, namely,
(8)R=(Tr-Tc).R
i is the reason degree of ith industry, which represents causes or results of ith industry in input-output process of the industrial system factors, namely,
(9)Ri=Tr(i)-Tc(i).If the reason degreeRi>0, then it shows that the ith industry is more influential than other industries, and the industry i is reason industry; if the reason degree Ri<0, then it shows that the ith industry is more affected than other industries, and the industry i is called the outcome industry. By the formula in (6) and (8), we calculate the top 10 industrial centrality degrees in Table 4 and the reason degree table of the corresponding industry in Table 5.Table 4
The table of top 10 industries centrality degree in Heilongjiang province in 2007.
Industry number
Industry name
Centrality
1
Agriculture forestry animal husbandry, and fishery
2.003
6
Food manufacturing and tobacco processing
1.5373
11
Petroleum processing, coking, and nuclear fuel processing
1.5288
26
Construction
1.3408
12
The chemical industry
1.3372
3
Oil and natural gas industry
1.2708
23
Electricity, heat production, and supply industry
1.2564
16
General special equipment manufacturing industry
1.0867
27
Transportation and warehousing industry
1.0303
14
Metal smelting and rolling processing industry
0.87424Table 5
The table of reason degree in Heilongjiang province in 2007 (the top 10 industries centrality degree).
Industry number
Industry name
Reason degree
1
Agriculture forestry, animal husbandry, and fishery
−0.10156
6
Food manufacturing and tobacco processing
−0.69412
11
Petroleum processing, coking, and nuclear fuel processing
−0.10095
26
Construction
−1.2221
12
The chemical industry
0.1665
3
Oil and natural gas industry
0.72461
23
Electricity, heat production, and supply industry
0.07036
16
General special equipment manufacturing industry
0.085897
27
Transportation and warehousing industry
0.21404
14
Metal smelting and rolling processing industry
0.47637Step 5.
Draw industry cause-result diagram.First, establish Descartes coordinate system by the centrality degree to be the abscissa and the reason degree to be the ordinate. Second, mark the position of the industry in the coordinate system in Figure2. Third, choose the strategic emerging industry according to the centrality degree and reason degree to analyze the various roles of the industries in the regional industry system, and give some suggestions to the actual industrial system.Figure 2
The cause-result diagram of 42 industries in Heilongjiang province.


### 2.3. The Analysis of DEMATEL Results and the Suggestion of Strategic Emerging Industry Selection

As Table2 shows, 0.001848≤Tr(i)≤0.9977, the expected value is 0.228915 and the standard deviation is 0.281140. Among these data, the largest impacted degree is oil and natural gas exploitation industry, followed by agriculture, hunting, and chemical industry. We can see that the industry influenced degree of Heilongjiang province is less than 1, but the standard deviation is relatively large, which means Heilongjiang Province industrial agglomeration level is low and the distribution of industries is scattered. Agriculture and energy industries are the two major industries of Heilongjiang province.As Table3 shows, 0.004718≤Tc(j)≤1.2815, the expected value is 0.228916 and the standard deviation is 0.315526. We can see that the standard deviation of industrial impacted degree is larger than the industrial affected degree, that is, to say, the affected degree varies greatly. Food manufacturing and tobacco processing industry, animal husbandry, and fishery are rounding out the top three industries impacted degree, and they are mainly concentrated in primary industry and secondary industry.As Table4 shows, 0.0283≤Mi≤2.00301, Heilongjiang province’s industry centrality degree is low, lacking the core industry in region system. The centrality degree industries such as agriculture, hunting, petroleum processing, coking and nuclear fuel processing, transportation, and warehousing industries are more larger and can be taken as the development base of strategic emerging industry for their comprehensive influence in Heilongjiang province.As Table5 shows, the reason degrees of 24 industries are positive values, 0.002027≤Ri≤0.7246. They become the reason factors to influence the development of other industries. The top 2 of 24 industries impacted degree including oil and natural gas industry and metal smelting and rolling processing industry which have more influence than other industries are the cause of industry. And the reason degrees of 24 industries are negative values, -0.124842d≤Ri≤-0.002237. The last 2 of 18 industries impacted degree including construction industry and food manufacturing and tobacco processing industry which are affected more largely by other industries are the result industry. This kind of industry departments should put more attention to the development and changes of their related industries and adjust their development strategies timely.In view of the above analysis, the higher degree of influence in Heilongjiang Province mainly comprises agriculture, forestry, animal husbandry and fishery, oil and equipment manufacturing. Therefore, for Heilongjiang province, on the basis of international and domestic scientific and technological progress and industrial development objective trends to be taken full advantage of, the primary industry and the advantages of the secondary industry should be given full play, from the specific situation in Heilongjiang province, combined with the major needs of the current economic and social development; the strategic emerging industry selection should be determined. Specific recommendations are as follows.(
1
) Relying on the centrality, the agriculture, forestry, animal husbandry, and fisheries would be ranked first, in Heilongjiang province; bioindustry and farm machinery and equipment manufacturing industry can be an important part of the strategic emerging industries. There are 200 million mu of arable land in Heilongjiang province and is the country’s total arable land ninth, and it is one of the most important grain production bases in China. However, in Heilongjiang Province, there is still raw grain economy and the agricultural lack of scientific and technological content and industrial innovation. Therefore, the resource advantages of agriculture should be given full play, in order to accelerate the upgrading of industrial structure of agriculture, to strengthen the deepening agricultural production processing and development of upstream and downstream biological industry chain, and vigorously to develop green products, the formation of the ecological cycle of bioclusters. At the same time, in Heilongjiang province, the agricultural investment in the equipment manufacturing industry should be further strengthened, to make their own province of farm machinery and equipment manufacturing industry and to gradually realize the industrialization of agriculture, ultimately the formation of the organic combination of TIAC.(
2
) Relying on the degrees of the reasons, mining industry on oil and natural gas, as well as electric power, the heat production and the supply industry ranked in first number, in Heilongjiang province, the led “oil economy” should be changed gradually; the formation of a new pattern of wind energy, hydropower, biomass, and other new types of clean energy-based diversified energy development should be formed. Carry out the riding implementation strategies, and develop with the large-scale backbone enterprises. Based on the straight play of the leading role of large enterprise, the upgrading of the energy industry should be promoted accelerately. Actively participate in the restructuring and industrial upgrading of the central enterprises, do a good job to build together and to form a complete set, explore together with the central enterprises to form the diversification of the new energy industry base and industrial base so as to realize the transformation of economy of the resource-based cities, especially the resource-exhausted cities.(
3
) Rely on the common use in the higher central degrees and causes of them, and also depend on the special equipment manufacturing, actively seize the chances of the policy in the aircraft, rail transportation and automobile industry. In Heilongjiang Province we should focus on the manufacturing industry of the construction of the transportation equipment. There is a good base on transportation equipment manufacture in Heilongjiang province; Dongan group has become a major research and production base for aviation engine and helicopter transmission system; there are, 4G1 and 4G9, two series engine manufacturing technology and products in the automobile engine company of Dong’ an; there are four production bases in North car group with Qi, Ha, Mu, and Da, and there is the e-design manufacturing and export base of railway freight and railway cran of China, and the domestic market share is more than 20%.(
4
) In the mining province, there are varieties of mineral resources abundant in Heilongjiang province. Now, 134 kinds of minerals of various kinds have been discovered, accounting for 57.2% of the 234 kinds of various minerals that have been found in China. There are 87 species that have been identified reserves of mineral, and it has been identified that there are 87 kinds of mineral reserves, accounting for 37.7% of the number of the resources of the mineral reserves. Therefore, the new material industry may be taken as strategic emerging industry in Heilongjiang province, which has important strategic significance for promoting the upgrading of industrial structure and transformation of economic development.In January 2011, “Heilongjiang Province National Economic and Social Development 12th Five-Year Plan” is proposed by the Heilongjiang Provincial Party Committee; the synopsis to develop new materials industry, biological industry, new energy equipment manufacture, new farm machinery and equipment manufacturing, transportation equipment manufacturing industry, and five strategic emerging industries is pointed out clearly, and it is consistent with the strategic emerging industry in this paper.


## 2.1. Industrial Complex Network and the Introduction of the Theory of Input and Output

Regional industrial system, being the most complicated subsystem of national economic system construction, must composite complex system theory and macroeconomic quantity analysis to make overall planning [12]. Industrial system is mainly related to the input and output of the interindustry; so with the help of the input and output theory, we need the theory of input and output to study some characteristics of the regional industrial system. Input-output theory is founded by the Harvard University professor Wassily Leontief in 1936, and it mainly studies the quantitative analysis of the input-output interdependence relationship of each part in the economic system. This interindustry perplexing relationship of supply and demand generally is succinctly explained by the input-output table.


## 2.2. Based on DEMATEL Improved Model of the Input-Output Table and Empirical Research

DEMATEL is an analysis method, using graph theory and matrix tools for system analysis, proposed by the American scholar Gabus and Fontela. By constructing the direct affect matrix between system factors, apply the matrix to calculate the center degree and reason degree of each factor, and then determine the importance of various factors in the system. This method is more effective for dealing with complicated social economic problems, especially for the problem of unclear relationships of system factor [13]. In recent years, many scholars apply DEMATEL to study complex system. Tzeng et al. [14] use DEMATEL, structure analysis method (AHP), and fuzzy integral to construct a selection evaluation model of online learning project. Liang and Ma [15] apply DEMATEL method to analyze the foundation engineering construction risk. Zhu and Yang [16] bring DEMATEL and entropy according to the autocorrelation of customers’ demand and the influence of market competition evaluation to correct the basic important factor of the customers’ needs and integrate the processing results of the two sides, then we can get more objective final important factor of the customers’ needs.On the basis of using DEMATEL method for reference, this paper extends the DEMATEL method to the weighted field of complex network, confirms network supporting matrix using the improved DEMATEL method, studies the relations of every industrial department based on input-output matrix, then determines the preselected strategic emerging industry whose centrality and reason degree are high. The DEMATEL improved model based on complex network is described as follows.Step 1.
Generated standardized effect matrixD.We regard every industrial department of the national economy as one point and regard input-output relationship of each department as one border. Take, for example, input-output table of 42 industry departments of Heilongjiang province in 2007, we regard each industry department as an influencing factor and regard the input and output values of every industrial departments as weighted interrelation between every factor,aij, and get direct affect matrix A=(aij),(i,j=1,2,…,42). By setting up the table of 42 industrial departments corresponding to sequence number, as shown in Table 1, we represent the industry name with sequence number in the latter research.Table 1
The table of 42 industries of national economy in Heilongjiang province corresponding to sequence number.
Industrial sequence number
Industry name
1
Agriculture forestry, animal husbandry and fishery
2
Coal mining and coal washing industry
3
Oil and natural gas industry
4
Metal mines
5
Nonselected industry
6
Food manufacturing and tobacco processing
7
Textile crafts and others
8
Textile, leather, and products industry
9
Wood processing and furniture manufacturing industry
10
Paper printing and stationery and sports goods manufacturing industry
11
Petroleum processing, coking, and nuclear fuel processing
12
The chemical industry
13
Nonmetallic mineral products industry
14
Metal smelting and rolling processing industry
15
Metal products industry
16
General, special equipment manufacturing industry
17
Transportation equipment manufacturing
18
Electrical machineryEquipment manufacturing industry in
19
communications equipment, computers, and other electronic equipment metal mine and other mining manufacturing
20
instrumentations and culturesOffice machinery manufacturing industry
21
Manufacturing and others
22
Waste
23
Electricity, heat production and supply industry
24
Gas production and supply industry
25
Water production, and supply industry
26
Construction
27
Transportation and warehousing industry
28
Postal industry
29
Information transmission, computer service, and software industry
30
Wholesale and retail trade industry
31
Accommodation and catering industry
32
Finance and insurance industry
33
Real estate
34
Leasing and business services
35
Tourism
36
Research and experimental development industry
37
Integrated technology services
38
Other social services
39
Education
40
Health, social security, and social welfare
41
Culture, sports, and entertainment industry
42
Public management and social organizationAccording to the direct affect matrixA, with the help of
(1)D=sA(s>0),
construct standardized affect matrix D, where dij=saij,(i,j=1,2,…,N) and “S” is called the scale factor, 0<S<Sup. We usually make
(2)Sup=max{1max1≤i≤N∑j=1N|aij|,1max1≤j≤N∑i=1N|aij|}.According to (1) and (2) calculation methods, we use MATLAB 7.1 to calculate the ratio factor of Heilongjiang province standardization impact matrix Ds=7.65036819+E-9 and get the standardized affect matrix D.Step 2.
Construct total impact matrixT.The sum of rows of matrixD is called the outgoing degree of i industry, which expresses the direct impact total intensity of the industry i, as diout=∑j=1Ndij. The sum of columns of matrix D column is called incoming degree of industryj, which expresses the direct impact total intensity of the industryj, as djin=∑j=1Ndij. However, for the actual issue, we not only consider the direct effect between the industries, but we also need to consider the indirect effects between the industries, and the chain effects brought by an industry change. The total effect matrix T expresses the comprehensive summation of the direct and indirect effects between factors, in order to determine the final effect of each factor relative to the highest level factor in the system. That is,
(3)T=C+C2+⋯+Cn=CI-Cn-1I-C.Since0≤Cij≤1, so, when n→∞,Cn-1→0,
(4)T=CII-C=C(I-C)-1.According to the formula in (4), after calculation, we can get the total effect matrix Tof 42 industries of Heilongjiang province in 2007.Step 3.
Calculate the impacted degree matrixTr and the affected degree matrix Tc.The row sum and column sum of sum-impact matrixT are known as the impact matrix Tr and the affected matrix Tc, thereinto,
(5)Tr(i)=∑j=1ntij,Tc(j)=∑i=1ntij.By the formula in (5), we calculated the impact degree of 42 industries of Heilongjiang province in Table 2, affected degree of 42 industries of Heilongjiang province in Table 3.Table 2
The table of 42 industries impacted degree in Heilongjiang province in 2007.
Industrialserial number
Impact degree
1
0.95071
2
0.30522
3
0.9977
4
0.095245
5
0.04165
6
0.42161
7
0.037194
8
0.035844
9
0.087075
10
0.11412
11
0.71392
12
0.75186
13
0.13191
14
0.67531
15
0.13036
16
0.58628
17
0.15669
18
0.23295
19
0.079387
20
0.095469
21
0.017872
22
0.025863
23
0.66337
24
0.014136
25
0.046386
26
0.059348
27
0.62216
28
0.049898
29
0.11265
30
0.52904
31
0.13655
32
0.18218
33
0.096514
34
0.15404
35
0.008932
36
0.031676
37
0.014577
38
0.12878
39
0.021051
40
0.029709
41
0.027365
42
0.001848Table 3
The table of 42 industries affected degree in Heilongjiang province in 2007.
Industrialserial number
Affecteddegree
1
1.0523
2
0.1989
3
0.2731
4
0.014714
5
0.021051
6
1.1157
7
0.048682
8
0.069762
9
0.11041
10
0.08791
11
0.81487
12
0.58536
13
0.11039
14
0.19893
15
0.076224
16
0.50038
17
0.24168
18
0.12866
19
0.018562
20
0.025923
21
0.010428
22
0.004718
23
0.59301
24
0.016373
25
0.037949
26
1.2815
27
0.40812
28
0.056323
29
0.076689
30
0.2504
31
0.2205
32
0.076427
33
0.10506
34
0.10007
35
0.020194
36
0.025845
37
0.033515
38
0.15067
39
0.12273
40
0.17842
41
0.025338
42
0.12669Step 4.
Calculate centrality degree matrixM and reason degree matrix R.The impact matrixTr plus the affected matrix Tc is the centrality degree matrix M, namely,
(6)M=Tr+Tc.M
i is the centrality degree of ith industry, representing the importance of ith industry in regional industrial system, namely,
(7)Mi=Tr(i)+Tc(i).The impacted matrixTr minus the affected matrix Tc is the reason degree matrix R, namely,
(8)R=(Tr-Tc).R
i is the reason degree of ith industry, which represents causes or results of ith industry in input-output process of the industrial system factors, namely,
(9)Ri=Tr(i)-Tc(i).If the reason degreeRi>0, then it shows that the ith industry is more influential than other industries, and the industry i is reason industry; if the reason degree Ri<0, then it shows that the ith industry is more affected than other industries, and the industry i is called the outcome industry. By the formula in (6) and (8), we calculate the top 10 industrial centrality degrees in Table 4 and the reason degree table of the corresponding industry in Table 5.Table 4
The table of top 10 industries centrality degree in Heilongjiang province in 2007.
Industry number
Industry name
Centrality
1
Agriculture forestry animal husbandry, and fishery
2.003
6
Food manufacturing and tobacco processing
1.5373
11
Petroleum processing, coking, and nuclear fuel processing
1.5288
26
Construction
1.3408
12
The chemical industry
1.3372
3
Oil and natural gas industry
1.2708
23
Electricity, heat production, and supply industry
1.2564
16
General special equipment manufacturing industry
1.0867
27
Transportation and warehousing industry
1.0303
14
Metal smelting and rolling processing industry
0.87424Table 5
The table of reason degree in Heilongjiang province in 2007 (the top 10 industries centrality degree).
Industry number
Industry name
Reason degree
1
Agriculture forestry, animal husbandry, and fishery
−0.10156
6
Food manufacturing and tobacco processing
−0.69412
11
Petroleum processing, coking, and nuclear fuel processing
−0.10095
26
Construction
−1.2221
12
The chemical industry
0.1665
3
Oil and natural gas industry
0.72461
23
Electricity, heat production, and supply industry
0.07036
16
General special equipment manufacturing industry
0.085897
27
Transportation and warehousing industry
0.21404
14
Metal smelting and rolling processing industry
0.47637Step 5.
Draw industry cause-result diagram.First, establish Descartes coordinate system by the centrality degree to be the abscissa and the reason degree to be the ordinate. Second, mark the position of the industry in the coordinate system in Figure2. Third, choose the strategic emerging industry according to the centrality degree and reason degree to analyze the various roles of the industries in the regional industry system, and give some suggestions to the actual industrial system.Figure 2
The cause-result diagram of 42 industries in Heilongjiang province.


## 2.3. The Analysis of DEMATEL Results and the Suggestion of Strategic Emerging Industry Selection

As Table2 shows, 0.001848≤Tr(i)≤0.9977, the expected value is 0.228915 and the standard deviation is 0.281140. Among these data, the largest impacted degree is oil and natural gas exploitation industry, followed by agriculture, hunting, and chemical industry. We can see that the industry influenced degree of Heilongjiang province is less than 1, but the standard deviation is relatively large, which means Heilongjiang Province industrial agglomeration level is low and the distribution of industries is scattered. Agriculture and energy industries are the two major industries of Heilongjiang province.As Table3 shows, 0.004718≤Tc(j)≤1.2815, the expected value is 0.228916 and the standard deviation is 0.315526. We can see that the standard deviation of industrial impacted degree is larger than the industrial affected degree, that is, to say, the affected degree varies greatly. Food manufacturing and tobacco processing industry, animal husbandry, and fishery are rounding out the top three industries impacted degree, and they are mainly concentrated in primary industry and secondary industry.As Table4 shows, 0.0283≤Mi≤2.00301, Heilongjiang province’s industry centrality degree is low, lacking the core industry in region system. The centrality degree industries such as agriculture, hunting, petroleum processing, coking and nuclear fuel processing, transportation, and warehousing industries are more larger and can be taken as the development base of strategic emerging industry for their comprehensive influence in Heilongjiang province.As Table5 shows, the reason degrees of 24 industries are positive values, 0.002027≤Ri≤0.7246. They become the reason factors to influence the development of other industries. The top 2 of 24 industries impacted degree including oil and natural gas industry and metal smelting and rolling processing industry which have more influence than other industries are the cause of industry. And the reason degrees of 24 industries are negative values, -0.124842d≤Ri≤-0.002237. The last 2 of 18 industries impacted degree including construction industry and food manufacturing and tobacco processing industry which are affected more largely by other industries are the result industry. This kind of industry departments should put more attention to the development and changes of their related industries and adjust their development strategies timely.In view of the above analysis, the higher degree of influence in Heilongjiang Province mainly comprises agriculture, forestry, animal husbandry and fishery, oil and equipment manufacturing. Therefore, for Heilongjiang province, on the basis of international and domestic scientific and technological progress and industrial development objective trends to be taken full advantage of, the primary industry and the advantages of the secondary industry should be given full play, from the specific situation in Heilongjiang province, combined with the major needs of the current economic and social development; the strategic emerging industry selection should be determined. Specific recommendations are as follows.(
1
) Relying on the centrality, the agriculture, forestry, animal husbandry, and fisheries would be ranked first, in Heilongjiang province; bioindustry and farm machinery and equipment manufacturing industry can be an important part of the strategic emerging industries. There are 200 million mu of arable land in Heilongjiang province and is the country’s total arable land ninth, and it is one of the most important grain production bases in China. However, in Heilongjiang Province, there is still raw grain economy and the agricultural lack of scientific and technological content and industrial innovation. Therefore, the resource advantages of agriculture should be given full play, in order to accelerate the upgrading of industrial structure of agriculture, to strengthen the deepening agricultural production processing and development of upstream and downstream biological industry chain, and vigorously to develop green products, the formation of the ecological cycle of bioclusters. At the same time, in Heilongjiang province, the agricultural investment in the equipment manufacturing industry should be further strengthened, to make their own province of farm machinery and equipment manufacturing industry and to gradually realize the industrialization of agriculture, ultimately the formation of the organic combination of TIAC.(
2
) Relying on the degrees of the reasons, mining industry on oil and natural gas, as well as electric power, the heat production and the supply industry ranked in first number, in Heilongjiang province, the led “oil economy” should be changed gradually; the formation of a new pattern of wind energy, hydropower, biomass, and other new types of clean energy-based diversified energy development should be formed. Carry out the riding implementation strategies, and develop with the large-scale backbone enterprises. Based on the straight play of the leading role of large enterprise, the upgrading of the energy industry should be promoted accelerately. Actively participate in the restructuring and industrial upgrading of the central enterprises, do a good job to build together and to form a complete set, explore together with the central enterprises to form the diversification of the new energy industry base and industrial base so as to realize the transformation of economy of the resource-based cities, especially the resource-exhausted cities.(
3
) Rely on the common use in the higher central degrees and causes of them, and also depend on the special equipment manufacturing, actively seize the chances of the policy in the aircraft, rail transportation and automobile industry. In Heilongjiang Province we should focus on the manufacturing industry of the construction of the transportation equipment. There is a good base on transportation equipment manufacture in Heilongjiang province; Dongan group has become a major research and production base for aviation engine and helicopter transmission system; there are, 4G1 and 4G9, two series engine manufacturing technology and products in the automobile engine company of Dong’ an; there are four production bases in North car group with Qi, Ha, Mu, and Da, and there is the e-design manufacturing and export base of railway freight and railway cran of China, and the domestic market share is more than 20%.(
4
) In the mining province, there are varieties of mineral resources abundant in Heilongjiang province. Now, 134 kinds of minerals of various kinds have been discovered, accounting for 57.2% of the 234 kinds of various minerals that have been found in China. There are 87 species that have been identified reserves of mineral, and it has been identified that there are 87 kinds of mineral reserves, accounting for 37.7% of the number of the resources of the mineral reserves. Therefore, the new material industry may be taken as strategic emerging industry in Heilongjiang province, which has important strategic significance for promoting the upgrading of industrial structure and transformation of economic development.In January 2011, “Heilongjiang Province National Economic and Social Development 12th Five-Year Plan” is proposed by the Heilongjiang Provincial Party Committee; the synopsis to develop new materials industry, biological industry, new energy equipment manufacture, new farm machinery and equipment manufacturing, transportation equipment manufacturing industry, and five strategic emerging industries is pointed out clearly, and it is consistent with the strategic emerging industry in this paper.


## 3. The Cluster Analysis of Regional Emerging Industries

The cultivation of strategic emerging industry cluster is an important way develop regional economic transformation and industrial upgrading, so, we should appraise the standard of strategic emerging industry accumulation dynamically after we have chosen and determined the strategic emerging industries.It is important to give the major construction to the strategic emerging industries which have good aggregation and form regional leading and characteristic industry by excavating their upstream and downstream industries. This action will drive the regional economic development. In addition, it is equally important to analyze the reasons of the strategic emerging industries which have poor aggregation and realize the reasonable distribution.


### 3.1. Analysis of the Industry Concentration Degree Index

In its narrow sense, the degree of industrial concentration is used to express the largest proportion index of the largest entrepreneur among the whole national economy or all the economic activities of enterprises. It is a concept which is used to describe the characteristics of the market structure and the market power of large enterprises. Usually, it is meant by the proportion of the total indexes of several enterprises arranged in the front of one industry among the whole industry. The bigger ratio the is, the higher the industry concentration is. But in its broad sense, the industry concentration can be referred to some industry, some certain owned enterprises, and the proportion of some enterprises in the whole economy. The calculation formula is(10)CRn=∑(Xi)n∑(Xi)N,N>n,CRn is the industry concentration of the previous biggest enterprises; Xi is the ith enterprise output, production, sales, sales volume, employees number, the total assets, and so on; n is the number of the previous biggest enterprises in the industry; N is the total number of enterprises in the industry.In this paper, we choosen=4 and get the data of industrial concentration in accordance with the data of the “statistical yearbook of Heilongjiang province” in Table 6.Table 6
Strategic emerging industry of Heilongjiang industrial concentration.
Year
Industry
New material
Biology
New energy equipment manufacturing industry
New farm machinery and equipment manufacturing industry
Transportation equipment manufacturing industry
2008
0.325716
0.314621
0.700157
0.311452
0.715621
2009
0.412326
0.378612
0.709826
0.368610
0.778952
2010
0.510165
0.465365
0.714054
0.390874
0.841048


### 3.2. Analysis of the Industrial Concentration Index

The concentration index of industry (EG index) is to solve the distortion of spatial Gini index, combined with Geffen Dahl (H), proposed by Elilsion and Glaeser [17], a new industrial concentration index which measures the geographical space and reflects the difference of regional economic development. The assumption is as follows: an economy (country or region) in a certain industry with N, and M a geographical distribution in the economy area, the calculation formula is
(11)ri=Gi-(1-∑j=1Mxj2)Hi(1-∑j=1Mxj2)(1-Hi),
where Hi=∑j=1Nzj2,Gi=∑j=1M(sij-xj)2. 								(12)ri=∑j=1M(sij-xj)2-(1-∑j=1Mxj2)∑j=1Nzj2(1-∑j=1Mxj2)(1-∑j=1Nzj2),Sij is the proportion of which the industry output of industry i in reginal j accounts for national output, xj is the proportion of which all industries output in reginal j accounts for total national output of all industries. ri is the industrial concentration degree of industry i, the greater the value of ri is (maximus is 1), the more concentrated the industry i is. Gi represents a spatial Gini index of industry i, Hi is on behalf of the Herfindahl index of industry i, zj is enterprise j in the industrial share of total employment. By the formula in (12), the Heilongjiang province strategic emerging industry industrial agglomeration index is shown in Table 7.Table 7
Strategic emerging industry of Heilongjiang’s industrial agglomeration index.
Year
Industry
New material
Biology
New energy equipment manufacturing industry
New farm machinery and equipment manufacturing industry
Transportation equipment manufacturing industry
2008
0.210071
0.063821
0.09072
0.031925
0.227509
2009
0.241346
0.069672
0.141869
0.059078
0.266527
2010
0.289908
0.086536
0.189489
0.120672
0.293065


### 3.3. Analysis of Strategic Emerging Industry Agglomeration in Heilongjiang Province

(
1
) The degree of industrial concentration of Heilongjiang province in five strategic emerging industries and its industry aggregation index are showing a rising trend, but the agglomeration level is not high; the scope of CRn is 0.314621–0.841048, and the highest amplification of industrial concentration is the advanced material, annual amplification mean reaches, which is closely related with the lower economic development in Heilongjiang province which is located in the frontier of the motherland, the overall level of economic development is not high. As for the advanced material, one kind of emerging industry has the same starting point in different provinces. Therefore, Heilongjiang province developed this area faster, but the industrial concentration is not very high, reached 0.510165 in 2010, which required us to invest more in a high level and increase its concentration ratio. Among them, the industry concentration of transportation equipment manufacturing industry concentration degree index was the highest, reached 0.841048 in 2010, which fitted the rapid development of transportation equipment manufacturing industry trend in recent years. Therefore, our province should concentrate more on strength, seize the opportunity, depend on the relatively strong foundation of equipment manufacturing industry, and focus on supporting the potential of the transportation equipment manufacturing industry, which results in the rapid development.(
2
) The degree of industrial concentration of Heilongjiang province is normally low, only reached 0.031925–0.293065 and all less than 0.3, which declares that the Heilongjiang province, which has advantage in agriculture, states in a weaker area comparing to other provinces. And its agriculture machinery equipment manufacture’s concentration index is only 0.120672, which declares that its productivity of agriculture machinery equipment manufacture is very poor, which cannot fit the demand of modern agriculture productivity. However, the greatest increasing trend is gratifying, which separately reached 45.9% and 104.3% of the two years. It also means that the Heilongjiang province has realized the importance and feasibility to develop the new kind of agriculture machinery equipment manufacture. The concentration index of biological industry is low, because the biological industry belongs to the resource intensive industries the phenomenon of all over the country repeat construction is pretty serious, which is more difficult to form in a particular province of industrial agglomeration. New material industry and new energy equipment manufacturing’s industry concentrations have increased steadily, thanks to the advantage of abundant resources in Heilongjiang province.


## 3.1. Analysis of the Industry Concentration Degree Index

In its narrow sense, the degree of industrial concentration is used to express the largest proportion index of the largest entrepreneur among the whole national economy or all the economic activities of enterprises. It is a concept which is used to describe the characteristics of the market structure and the market power of large enterprises. Usually, it is meant by the proportion of the total indexes of several enterprises arranged in the front of one industry among the whole industry. The bigger ratio the is, the higher the industry concentration is. But in its broad sense, the industry concentration can be referred to some industry, some certain owned enterprises, and the proportion of some enterprises in the whole economy. The calculation formula is(10)CRn=∑(Xi)n∑(Xi)N,N>n,CRn is the industry concentration of the previous biggest enterprises; Xi is the ith enterprise output, production, sales, sales volume, employees number, the total assets, and so on; n is the number of the previous biggest enterprises in the industry; N is the total number of enterprises in the industry.In this paper, we choosen=4 and get the data of industrial concentration in accordance with the data of the “statistical yearbook of Heilongjiang province” in Table 6.Table 6
Strategic emerging industry of Heilongjiang industrial concentration.
Year
Industry
New material
Biology
New energy equipment manufacturing industry
New farm machinery and equipment manufacturing industry
Transportation equipment manufacturing industry
2008
0.325716
0.314621
0.700157
0.311452
0.715621
2009
0.412326
0.378612
0.709826
0.368610
0.778952
2010
0.510165
0.465365
0.714054
0.390874
0.841048


## 3.2. Analysis of the Industrial Concentration Index

The concentration index of industry (EG index) is to solve the distortion of spatial Gini index, combined with Geffen Dahl (H), proposed by Elilsion and Glaeser [17], a new industrial concentration index which measures the geographical space and reflects the difference of regional economic development. The assumption is as follows: an economy (country or region) in a certain industry with N, and M a geographical distribution in the economy area, the calculation formula is
(11)ri=Gi-(1-∑j=1Mxj2)Hi(1-∑j=1Mxj2)(1-Hi),
where Hi=∑j=1Nzj2,Gi=∑j=1M(sij-xj)2. 								(12)ri=∑j=1M(sij-xj)2-(1-∑j=1Mxj2)∑j=1Nzj2(1-∑j=1Mxj2)(1-∑j=1Nzj2),Sij is the proportion of which the industry output of industry i in reginal j accounts for national output, xj is the proportion of which all industries output in reginal j accounts for total national output of all industries. ri is the industrial concentration degree of industry i, the greater the value of ri is (maximus is 1), the more concentrated the industry i is. Gi represents a spatial Gini index of industry i, Hi is on behalf of the Herfindahl index of industry i, zj is enterprise j in the industrial share of total employment. By the formula in (12), the Heilongjiang province strategic emerging industry industrial agglomeration index is shown in Table 7.Table 7
Strategic emerging industry of Heilongjiang’s industrial agglomeration index.
Year
Industry
New material
Biology
New energy equipment manufacturing industry
New farm machinery and equipment manufacturing industry
Transportation equipment manufacturing industry
2008
0.210071
0.063821
0.09072
0.031925
0.227509
2009
0.241346
0.069672
0.141869
0.059078
0.266527
2010
0.289908
0.086536
0.189489
0.120672
0.293065


## 3.3. Analysis of Strategic Emerging Industry Agglomeration in Heilongjiang Province

(
1
) The degree of industrial concentration of Heilongjiang province in five strategic emerging industries and its industry aggregation index are showing a rising trend, but the agglomeration level is not high; the scope of CRn is 0.314621–0.841048, and the highest amplification of industrial concentration is the advanced material, annual amplification mean reaches, which is closely related with the lower economic development in Heilongjiang province which is located in the frontier of the motherland, the overall level of economic development is not high. As for the advanced material, one kind of emerging industry has the same starting point in different provinces. Therefore, Heilongjiang province developed this area faster, but the industrial concentration is not very high, reached 0.510165 in 2010, which required us to invest more in a high level and increase its concentration ratio. Among them, the industry concentration of transportation equipment manufacturing industry concentration degree index was the highest, reached 0.841048 in 2010, which fitted the rapid development of transportation equipment manufacturing industry trend in recent years. Therefore, our province should concentrate more on strength, seize the opportunity, depend on the relatively strong foundation of equipment manufacturing industry, and focus on supporting the potential of the transportation equipment manufacturing industry, which results in the rapid development.(
2
) The degree of industrial concentration of Heilongjiang province is normally low, only reached 0.031925–0.293065 and all less than 0.3, which declares that the Heilongjiang province, which has advantage in agriculture, states in a weaker area comparing to other provinces. And its agriculture machinery equipment manufacture’s concentration index is only 0.120672, which declares that its productivity of agriculture machinery equipment manufacture is very poor, which cannot fit the demand of modern agriculture productivity. However, the greatest increasing trend is gratifying, which separately reached 45.9% and 104.3% of the two years. It also means that the Heilongjiang province has realized the importance and feasibility to develop the new kind of agriculture machinery equipment manufacture. The concentration index of biological industry is low, because the biological industry belongs to the resource intensive industries the phenomenon of all over the country repeat construction is pretty serious, which is more difficult to form in a particular province of industrial agglomeration. New material industry and new energy equipment manufacturing’s industry concentrations have increased steadily, thanks to the advantage of abundant resources in Heilongjiang province.


## 4. Conclusion

Though the policy support is essential to strategic emerging industry, to achieve the objective of adaptation to local conditions, upgrading of industrial structure, and rapid and healthy economic development, it is very important to choose the suitable industry according to the characteristics, level, and realistic situation. In this paper, improved DEMATEL model based on input-output and complex network theory is adopted, which can play a comprehensive evaluation effect, by fully relying on the advantages of traditional industries and fully considering the coupling relationship between them. Taking Heilongjiang province as an example to choose 2007 input-output analysis of regional strategic emerging industry, the selection results are basically the same with the “12th Five-Year Plan” in 2011. The results can show that the the selection and model analysis are in conformity with the development reality and reflect its science, objectivity, and reasonableness. In addition, a dynamic follow-up index test on industry concentration and aggregation is established with the industrial development data from 2008 to 2010. Considering the sustainable development of strategic emerging industry, the ecoefficiency and dynamic industrial evaluation will be continued in the future.



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*Source: 430945-2013-06-24.xml*