SANY Sensors Anywhere

Event summary:

StatGIS is addressed to researchers in academia and research institutes, as well as practitioners and industry professionals who want to learn about recent developments in spatial statistics and their applications, and to share their experiences in these areas. Application fields of interest for this conference will include, but not be limited, to: spatial environmental modelling, early warning monitoring systems for the environment, geostatistics in natural hazards prediction, optimum spatial design, space-time analysis and renewable energy resources, remote sensing applications in land reclamation after mining exploitation, spatial metrics for biodiversity assessment and monitoring, etc.

Event summary:

StatGIS is addressed to researchers in academia and research institutes, as well as practitioners and industry professionals who want to learn about recent developments in spatial statistics and their applications, and to share their experiences in these areas. Application fields of interest for this conference will include, but not be limited, to: spatial environmental modelling, early warning monitoring systems for the environment, geostatistics in natural hazards prediction, optimum spatial design, space-time analysis and renewable energy resources, remote sensing applications in land reclamation after mining exploitation, spatial metrics for biodiversity assessment and monitoring, etc.

Event summary:

Interfacing Modelling and Simulation with Mathematical and Computational Sciences

MSSANZ and IMACS bring together a broad spectrum of scientists who apply
mathematical modelling, simulation, statistical, engineering, spatial and computer science methodologies and skills in solving practical problems coming from a wide range of endeavours including:environmental and global change modelling, water resources management, health care, biological simulation and engineering.

For them, the practical matter under investigation and the available data are the driving forces behind the methodology chosen for the task, or in developing techniques required to analyse new models.

Event summary:

Interfacing Modelling and Simulation with Mathematical and Computational Sciences

MSSANZ and IMACS bring together a broad spectrum of scientists who apply
mathematical modelling, simulation, statistical, engineering, spatial and computer science methodologies and skills in solving practical problems coming from a wide range of endeavours including:environmental and global change modelling, water resources management, health care, biological simulation and engineering.

For them, the practical matter under investigation and the available data are the driving forces behind the methodology chosen for the task, or in developing techniques required to analyse new models.

Event summary:

Interfacing Modelling and Simulation with Mathematical and Computational Sciences

MSSANZ and IMACS bring together a broad spectrum of scientists who apply
mathematical modelling, simulation, statistical, engineering, spatial and computer science methodologies and skills in solving practical problems coming from a wide range of endeavours including:environmental and global change modelling, water resources management, health care, biological simulation and engineering.

For them, the practical matter under investigation and the available data are the driving forces behind the methodology chosen for the task, or in developing techniques required to analyse new models.

Event summary:

Interfacing Modelling and Simulation with Mathematical and Computational Sciences

MSSANZ and IMACS bring together a broad spectrum of scientists who apply
mathematical modelling, simulation, statistical, engineering, spatial and computer science methodologies and skills in solving practical problems coming from a wide range of endeavours including:environmental and global change modelling, water resources management, health care, biological simulation and engineering.

For them, the practical matter under investigation and the available data are the driving forces behind the methodology chosen for the task, or in developing techniques required to analyse new models.

Event summary:

Interfacing Modelling and Simulation with Mathematical and Computational Sciences

MSSANZ and IMACS bring together a broad spectrum of scientists who apply
mathematical modelling, simulation, statistical, engineering, spatial and computer science methodologies and skills in solving practical problems coming from a wide range of endeavours including:environmental and global change modelling, water resources management, health care, biological simulation and engineering.

For them, the practical matter under investigation and the available data are the driving forces behind the methodology chosen for the task, or in developing techniques required to analyse new models.