Carlos Daganzo | University of California, Berkeley (original) (raw)
Papers by Carlos Daganzo
An academic directory and search engine.
Transp Res Pt B Method, 1989
Production and Inventory Management, Oct 1, 1986
Journal of the American Statistical Association, 1982
... Multinomial probit: The theory and its application to demand forecasting. Post a Comment. CON... more ... Multinomial probit: The theory and its application to demand forecasting. Post a Comment. CONTRIBUTORS: Author: Daganzo, Carlos. PUBLISHER: Academic Press (New York). SERIES TITLE: YEAR: 1979. PUB TYPE: Book (ISBN 0122011503 ). VOLUME/EDITION: ...
This paper describes a simple approach for modifying an input-output (or queueing) diagram to mea... more This paper describes a simple approach for modifying an input-output (or queueing) diagram to measure the time and distance spent by vehicles in a queue in a much simpler and self-serving manner than using a time-space diagram. The graphical technique requires construction of a curve depicting the cumulative number of vehicles to have reached the back of the queue as
University of California Transportation Center, Mar 1, 2001
Operations Research, Aug 1, 1987
Uc Berkeley Center For Future Urban Transport a Volvo Center of Excellence, Aug 1, 2009
University of California Transportation Center, Sep 1, 2009
An academic directory and search engine.
Transp Res Pt B Method, 1989
Production and Inventory Management, Oct 1, 1986
Journal of the American Statistical Association, 1982
... Multinomial probit: The theory and its application to demand forecasting. Post a Comment. CON... more ... Multinomial probit: The theory and its application to demand forecasting. Post a Comment. CONTRIBUTORS: Author: Daganzo, Carlos. PUBLISHER: Academic Press (New York). SERIES TITLE: YEAR: 1979. PUB TYPE: Book (ISBN 0122011503 ). VOLUME/EDITION: ...
This paper describes a simple approach for modifying an input-output (or queueing) diagram to mea... more This paper describes a simple approach for modifying an input-output (or queueing) diagram to measure the time and distance spent by vehicles in a queue in a much simpler and self-serving manner than using a time-space diagram. The graphical technique requires construction of a curve depicting the cumulative number of vehicles to have reached the back of the queue as
University of California Transportation Center, Mar 1, 2001
Operations Research, Aug 1, 1987
Uc Berkeley Center For Future Urban Transport a Volvo Center of Excellence, Aug 1, 2009
University of California Transportation Center, Sep 1, 2009