We analyze the dynamic interaction of Japan's total factor productivity (TFP), GDP, stocks of domestic and foreign private and public as well as mission-oriented R&D, called GBARD in OECD statistics, in a vector-error-correction model (VECM) for Japan with stock data for the period 1987-2016. Permanent policy changes show the following main results: (i) GBARD as well as private and public R&D each encourage growth rates of the other R&D stocks and of TFP and GDP, and (ii) all have high internal rates of return; (iii) Japan's R&D policies affect and are affected by foreign R & D; in particular, Japan's public R&D has a positive impact on European private R&D, whereas other OECD countries' R&D has a negative on...
Using a vector-error-correction model (VECM) with total factor productivity (TFP), domestic and fore...
September 2004The 1990s have been a decade of minimal growth for the Japanese economy. Examining thi...
This paper estimates the contribution of R&D spillovers to productivity growth Japanese manufacturin...
We analyze the dynamic interaction of Japan's total factor productivity (TFP), GDP, stocks of domest...
We analyze the dynamic interaction of Japan's total factor productivity (TFP), GDP, stocks of domest...
We analyze the dynamic interaction of Japan’s total factor productivity, gross domestic product (GDP...
We analyze the dynamic interaction of Japan’s total factor productivity, gross domestic product (GDP...
We analyze the dynamic interaction of mission-oriented R&D expenditure stocks with domestic and ...
We analyze the dynamic interaction of mission-oriented R&D expenditure stocks with domestic and ...
We analyze the dynamic interaction of mission-oriented R&D expenditure stocks with domestic and fore...
Despite the fact that research and development (R&D) activities are carried out in most countrie...
Between 1960 and 1990 Japanese labor productivity rose from 27 percent of the U.S. to 87 percent. Th...
This paper examines Japan's R&D performance since the early 1980s using several complementary modes ...
The growth process for a technological leader is different from that of a follower. While followers ...
Using a vector-error-correction model (VECM) with total factor productivity (TFP), domestic and fore...
September 2004The 1990s have been a decade of minimal growth for the Japanese economy. Examining thi...
This paper estimates the contribution of R&D spillovers to productivity growth Japanese manufacturin...
We analyze the dynamic interaction of Japan's total factor productivity (TFP), GDP, stocks of domest...
We analyze the dynamic interaction of Japan's total factor productivity (TFP), GDP, stocks of domest...
We analyze the dynamic interaction of Japan’s total factor productivity, gross domestic product (GDP...
We analyze the dynamic interaction of Japan’s total factor productivity, gross domestic product (GDP...
We analyze the dynamic interaction of mission-oriented R&D expenditure stocks with domestic and ...
We analyze the dynamic interaction of mission-oriented R&D expenditure stocks with domestic and ...
We analyze the dynamic interaction of mission-oriented R&D expenditure stocks with domestic and fore...
Despite the fact that research and development (R&D) activities are carried out in most countrie...
Between 1960 and 1990 Japanese labor productivity rose from 27 percent of the U.S. to 87 percent. Th...
This paper examines Japan's R&D performance since the early 1980s using several complementary modes ...
The growth process for a technological leader is different from that of a follower. While followers ...
Using a vector-error-correction model (VECM) with total factor productivity (TFP), domestic and fore...
September 2004The 1990s have been a decade of minimal growth for the Japanese economy. Examining thi...
This paper estimates the contribution of R&D spillovers to productivity growth Japanese manufacturin...