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초록· 키워드
Gim and Kim(1998, 2005, 2008a, 2008b), recently, presented the following research results: (1) the general relation and the complemented general relation between two different notions of total input requirements(r<SUP>f</SUP><SUB>ij</SUB> and r<SUP>g</SUP><SUB>ij</SUB>), (2) the decomposition by factors in the Leontief inverse C<SUP>f</SUP>, and (3) the circulation system of production between final demand(f), total output(x), and final output(o).
From the latest research findings above, the study objectives of this paper can be summarized as follows. (1) We clarify the exact economic meanings of consecutive connections between sectors, and between cause and effect variables. (2) We examine the relation between output and input requirements matrices as multi-sector multipliers and consecutive connections, (3) We propose the criteria necessary to estimate various induced effects in the models of Input-Output(IO), Output-Output(OO), and Final demand-Final output(FF) on the basis of consecutive connections.
The major findings from the analysis include: (1) In the Input-Output model, it is obvious that there is consecutive connection between the Leontief inverse C<SUP>f</SUP> and the final demand f, but that there is no consecutive connection between the inverse C<SUP>f</SUP> and the total output x. And also the product (I-A)C<SUP>f</SUP> is consecutively connected between the sectors, but the expression C<SUP>f</SUP>(I-A) is not consecutively connected although it has no problem mathematically. (2) In the Output-Output model, it is proved that there is consecutive connection between the output requirements matrix for output C<SUP>g</SUP> and x, but that there is no consecutive connection between the inverse C<SUP>g</SUP> and f. (3) In the Final demand-Final output model, it is also verified that there is consecutive connection between the output requirements matrix for final demand of final output C<SUP>gf</SUP> and f, but there is no consecutive connection between the matrix C<SUP>gf</SUP> and x.
From the latest research findings above, the study objectives of this paper can be summarized as follows. (1) We clarify the exact economic meanings of consecutive connections between sectors, and between cause and effect variables. (2) We examine the relation between output and input requirements matrices as multi-sector multipliers and consecutive connections, (3) We propose the criteria necessary to estimate various induced effects in the models of Input-Output(IO), Output-Output(OO), and Final demand-Final output(FF) on the basis of consecutive connections.
The major findings from the analysis include: (1) In the Input-Output model, it is obvious that there is consecutive connection between the Leontief inverse C<SUP>f</SUP> and the final demand f, but that there is no consecutive connection between the inverse C<SUP>f</SUP> and the total output x. And also the product (I-A)C<SUP>f</SUP> is consecutively connected between the sectors, but the expression C<SUP>f</SUP>(I-A) is not consecutively connected although it has no problem mathematically. (2) In the Output-Output model, it is proved that there is consecutive connection between the output requirements matrix for output C<SUP>g</SUP> and x, but that there is no consecutive connection between the inverse C<SUP>g</SUP> and f. (3) In the Final demand-Final output model, it is also verified that there is consecutive connection between the output requirements matrix for final demand of final output C<SUP>gf</SUP> and f, but there is no consecutive connection between the matrix C<SUP>gf</SUP> and x.
#Output Requirements Matrix
#Consecutive Connections
#Output-Output Model
#Decomposition by Factors
#General Relation
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목차
- Ⅰ. 序論
- Ⅱ. 誘發係數行列의 體系
- Ⅲ. 세 변수 사이의 生?循環體系
- Ⅳ. 誘發係數行列과 連續的 連結
- Ⅴ. 結論
- 參考文獻
- 〈Abstract〉
참고문헌
참고문헌 신청최근 본 자료
UCI(KEPA) : I410-ECN-0101-2009-305-019544308
