Abstract — Recent emergency situations in the world display the inclination that the occurrence frequency of natural catastrophes is anticipated to increase in future. Thus new approaches for crisis administration need to be elaborated based on the newest IT expansion. Cloud computing is advised as possible way to smaller the cost and complexity of computing by supplying applications that run on the Internet. This paper discus proposed GIS-model based Cloud computing for emergency management. GIS application has been implemented for earthquakes prediction and earthquakes emergency management based Cloud computing platform (Microsoft Windows Azure). Performance of GIS application has been measured in different platform one of them based on C...
A three-tiered, enterprise, GIS architecture offers a robust, efficient, and secure platform to pote...
AbstractIn recent years, a Cloud computing system has been popularly used. Among them, a hybrid Clou...
In this chapter, we present a novel systematic way of building a web-based geographic information sy...
Every year, natural disasters cause major loss of human life, damage to infrastructure and significa...
Emergencies, including both natural and man - made disasters, increasingly pose an immediate threat ...
An earthquake emergency command system is designed based on cloud computing and the Internet of Thin...
In this talk we shall discuss a novel systematic way of building a web-based Geographic Information ...
Includes bibliographical references (p. 68-70)Deploying collaborative Geographic Information System ...
The research of emergency management is a frontier area. According to the imperfection of the theory...
Despite the growing development of space-based systems aimed at monitoring and studying natural haza...
The research presented herein aims at managing emergencies by means of a Federated Cloud of Things w...
Abstract—Natural or man-made disasters wreak havoc, whether they are floods, earthquakes, tornados, ...
Cloud Computing offers a variety of benefits including cost-saving, agility, efficiency, resource co...
Cloud computing is one of the main issues of interest to the scientific community of the spatial dat...
At the global scale, high magnitude – low frequency natural disasters are a damaging phenomenon. The...
A three-tiered, enterprise, GIS architecture offers a robust, efficient, and secure platform to pote...
AbstractIn recent years, a Cloud computing system has been popularly used. Among them, a hybrid Clou...
In this chapter, we present a novel systematic way of building a web-based geographic information sy...
Every year, natural disasters cause major loss of human life, damage to infrastructure and significa...
Emergencies, including both natural and man - made disasters, increasingly pose an immediate threat ...
An earthquake emergency command system is designed based on cloud computing and the Internet of Thin...
In this talk we shall discuss a novel systematic way of building a web-based Geographic Information ...
Includes bibliographical references (p. 68-70)Deploying collaborative Geographic Information System ...
The research of emergency management is a frontier area. According to the imperfection of the theory...
Despite the growing development of space-based systems aimed at monitoring and studying natural haza...
The research presented herein aims at managing emergencies by means of a Federated Cloud of Things w...
Abstract—Natural or man-made disasters wreak havoc, whether they are floods, earthquakes, tornados, ...
Cloud Computing offers a variety of benefits including cost-saving, agility, efficiency, resource co...
Cloud computing is one of the main issues of interest to the scientific community of the spatial dat...
At the global scale, high magnitude – low frequency natural disasters are a damaging phenomenon. The...
A three-tiered, enterprise, GIS architecture offers a robust, efficient, and secure platform to pote...
AbstractIn recent years, a Cloud computing system has been popularly used. Among them, a hybrid Clou...
In this chapter, we present a novel systematic way of building a web-based geographic information sy...