M Farnaghi; A Mansourian
Abstract
Accurate and up-to-date spatial data play a crucial role in disaster management. However, currently utilization of spatial data in decision making process before, during and after disasters is limited due to various problems. Automatic composition of geospatial web services can significantly improve ...
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Accurate and up-to-date spatial data play a crucial role in disaster management. However, currently utilization of spatial data in decision making process before, during and after disasters is limited due to various problems. Automatic composition of geospatial web services can significantly improve the decision making process in disaster management. This article is going to represent an approach for utilization of automatic web service composition in disaster management. In this approach, geospatial web services of different organization are syntactically and semantically described and registered in the national geoportal. The services are composed based on user requirement using Artificial Intelligence Planning algorithms. The new composite web services are registered as new geospatial web services. The applicability of the approach is illustrated in a case study for generating a composite web service that can build landslide susceptibility map.
N. Babazadeh; A. Mansourian; M. Zareinejad; M. Farnaghi
Abstract
The current process of issuing industrial and mineral licenses is complex and time consuming. More specific, industry establishment generally makes environmental pollution. Such negative impact on environment is due to not using proper information and mechanisms for site selection and license issuance. ...
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The current process of issuing industrial and mineral licenses is complex and time consuming. More specific, industry establishment generally makes environmental pollution. Such negative impact on environment is due to not using proper information and mechanisms for site selection and license issuance. This research suggests a new process/method based on WebGIS enable e-government to simplify the issuance of industrial licenses, with special consideration of environmental impacts. To study, issuance of license for cement factory establishment is chosen as a case study. Investigation of the current process of certificating a cement factory establishment shows necessity of complex official process and long time consumption; also environmental considerations are not regarded properly. Then using concepts and aims of e-government and the abilities of geographical information systems in analyzing and spatial decision making, a new method to issue the industrial license is suggested. To show and evaluate the proposed method, architecture of a web based distributed geographical information system is designed and implemented. The results of the research indicate that the issuance of license for cement factory establishment using recommended method is performed in less time and with regarding the environment issues. The suggested process/method can be regarded as a pattern for creating spatial enabled e-government in industrial and mineral activities of the country.
