The Institute of Statistical Mathematics, based on the program by Ushio Tanaka
This package simulates and estimates spatial clustered point patterns of the Neyman-Scott model and their extensions.
Please send questions and comments regarding NScluster to
ismrp@jasp.ism.ac.jp

Simulation and estimation for Neyman-Scott spatial cluster point process models and their extensions. For estimating parameters by the simplex method, parallel computation using OpenMP application programming interface is available.
Please send comments and bug reports to
ismrp@jasp.ism.ac.jp

c(person("Ushio","Tanaka", role="aut", comment = "Fortran original"),
person("Junji", " Nakano", role="aut"),
person("Masami", "Saga", role=c("aut", "cre"), email="msaga@mtb.biglobe.ne.jp"))
Simulation and estimation for Neyman-Scott spatial cluster point
process models and their extensions, based on the methodology in Tanaka, Ogata,
and Stoyan (2008) <doi:10.1002/bimj.200610339>. For estimating parameters by
the simplex method, parallel computation using 'OpenMP' application programming
interface is available.
Please send bug reports to ismrp@jasp.ism.ac.jp
Ushio Tanaka [aut] (Fortran original),
Junji Nakano [aut],
Masami Saga [aut, cre]

c(person("Ushio","Tanaka", role="aut", comment = "Fortran original"),
person("Masami", "Saga", role=c("aut", "cre"), email="msaga@mtb.biglobe.ne.jp"),
person("Junji", " Nakano", role="aut"))
Simulation and estimation for Neyman-Scott spatial cluster point
process models and their extensions, based on the methodology in Tanaka, Ogata,
and Stoyan (2008) <doi:10.1002/bimj.200610339>. To estimate parameters by the
simplex method, parallel computation using 'OpenMP' application programming
interface is available.
Ushio Tanaka [aut] (Fortran original),
Masami Saga [aut, cre],
Junji Nakano [aut]

Simulation and estimation for Neyman-Scott spatial cluster point
process models and their extensions, based on the methodology in Tanaka, Ogata,
and Stoyan (2008) <doi:10.1002/bimj.200610339>. To estimate parameters by the
simplex method, parallel computation using 'OpenMP' application programming
interface is available. For more details see Tanaka, Saga and Nakano
<doi:10.18637/jss.v098.i06>.