In this paper we construct an extended non-competitive input-occupancy-output model that captures China＇s processing trade and also develop a methodology to estimate the domestic value-added and employment generated ...In this paper we construct an extended non-competitive input-occupancy-output model that captures China＇s processing trade and also develop a methodology to estimate the domestic value-added and employment generated by each unit of total exports, of exports by sector, and of exports by commodity, respectively. We also prove mathematically that the gross value of exports is equal to the sum of total value added and total imports. Based on the methodology proposed here, we compile the 2002 extended Chinese non-competitive input-occupancy-output table and the United States non-competitive input-occupancy- output table, and then estimate and analyze the effects of China＇s exports and US exports on their respective domestic value added and employment.展开更多
In this paper we discuss the stmcture of the input-occupancy-output table for urban and rural economies of China and the input-occupancy-output techniques. Application of HYBRID techniques in compiling the table is pr...In this paper we discuss the stmcture of the input-occupancy-output table for urban and rural economies of China and the input-occupancy-output techniques. Application of HYBRID techniques in compiling the table is presented. Also, some results on occupancy coefficients are listed.展开更多
Under the support of National Natural Science Foundation of China including international cooperative research project, key project and other project, professor Chen Xikang from Academy of Mathematics and Systems Scie...Under the support of National Natural Science Foundation of China including international cooperative research project, key project and other project, professor Chen Xikang from Academy of Mathematics and Systems Science under the Chinese Academy of Sciences, together with his colleagues, put forward in-put-occupancy-output technique and then used it in national grain output prediction approach. The main achievements are as follows:展开更多
This far stern difficulhes and challenges fatal by the dev ofadn P in etna. to the bac national snon of China and the of and min the world market, China must meet the and Inainly by her own production. Using the input...This far stern difficulhes and challenges fatal by the dev ofadn P in etna. to the bac national snon of China and the of and min the world market, China must meet the and Inainly by her own production. Using the input output and system edence metal, this makesa foast abbot China’s glain output, grain and allsupport rate in the year 2030.展开更多
基金This is a translated version of the paper published in Chinese in Social Sciences in China （Zhongguo shehui kexue, 2007, no. 5, pp. 91-103）, which has received the ＂Pei-Kang CHANG Development Economics Award＂ and ＂Sun Yefang Economics Award.＂ The authors are grateful to Mr. Tung Chee- hwa, former President of Hong Kong SAR, Chinese University of Hong Kong and National Natural Science Foundation of China （No. 70810107020, 70871108, 60474063） for their financial support. The authors thank Dr Wang Zhi from US International Trade Commission, and anonymous referees for their useful comments. Usual claims are applied.
文摘In this paper we construct an extended non-competitive input-occupancy-output model that captures China＇s processing trade and also develop a methodology to estimate the domestic value-added and employment generated by each unit of total exports, of exports by sector, and of exports by commodity, respectively. We also prove mathematically that the gross value of exports is equal to the sum of total value added and total imports. Based on the methodology proposed here, we compile the 2002 extended Chinese non-competitive input-occupancy-output table and the United States non-competitive input-occupancy- output table, and then estimate and analyze the effects of China＇s exports and US exports on their respective domestic value added and employment.
基金The project supported by Natinoal Natural Science Foundation of China.
文摘In this paper we discuss the stmcture of the input-occupancy-output table for urban and rural economies of China and the input-occupancy-output techniques. Application of HYBRID techniques in compiling the table is presented. Also, some results on occupancy coefficients are listed.
文摘Under the support of National Natural Science Foundation of China including international cooperative research project, key project and other project, professor Chen Xikang from Academy of Mathematics and Systems Science under the Chinese Academy of Sciences, together with his colleagues, put forward in-put-occupancy-output technique and then used it in national grain output prediction approach. The main achievements are as follows:
文摘This far stern difficulhes and challenges fatal by the dev ofadn P in etna. to the bac national snon of China and the of and min the world market, China must meet the and Inainly by her own production. Using the input output and system edence metal, this makesa foast abbot China’s glain output, grain and allsupport rate in the year 2030.
