This paper aims to construct a high-frequency coincident indicator of economic activity for Lombardy and for the provinces of Milan and Pavia, by using the dynamic factor model approach introduced by Stock e Watson (1998a e 1998b). The principal component technique is first used to summarize the...

This paper aims to construct a high-frequency coincident indicator of economic activity for Lombardy and for the provinces of Milan and Pavia, by using the dynamic factor model approach introduced by Stock e Watson (1998a e 1998b). The principal component analysis is first used to summarize the...

This paper aims to construct a high-frequency coincident indicator of economic activity for Lombardy and for the provinces of Milan and Pavia, by using the dynamic factor model approach introduced by Stock e Watson (1998a e 1998b). The principal component analysis is first used to summarize the...

This paper aims to construct a high-frequency coincident indicator of economic activity for Lombardy and for the provinces of Milan and Pavia, by using the dynamic factor model approach introduced by Stock e Watson (1998a e 1998b). The principal component technique is first used to summarize the...

This paper aims to construct a high-frequency coincident indicator of economic activity for Lombardy and for the provinces of Milan and Pavia, by using the dynamic factor model approach introduced by Stock e Watson (1998a e 1998b). The principal component analysis is first used to summarize the...

This paper aims to construct a high-frequency coincident indicator of economic activity for Lombardy and for the provinces of Milan and Pavia, by using the dynamic factor model approach introduced by Stock e Watson (1998a e 1998b). The principal component technique is first used to summarize the...