scholarly journals SEISIMPACT-THES: DESIGN, DEVELOPMENT AND APPLICATION OF AN INFORMATION SYSTEM TO ASSESS THE VULNERABILITY TO EARTHQUAKE HAZARD OF THE BUILT ENVIRONMENT OF THE PREFECTURE OF THESSALONIKI

2004 ◽  
Vol 36 (3) ◽  
pp. 1328
Author(s):  
Σ. Κουτουπές ◽  
Γ. Καραντώνης ◽  
Α. Σωτηριάδης ◽  
Α. Κυρατζή ◽  
Α. Βαλαδάκη ◽  
...  

The scope of the present work is to organize into a digital form and evaluate the excellent record of reported damages, connected to the occurrence of the 1978 Thessaloniki earthquake (M 6.5). For this purpose an advanced Information System with open architecture is under development. The system will include:• A properly designed database.• A Geographic Information System containing all the above data (after digitization and corrections) enriched with more recent data, as well as topographic, geological and geophysical data of the region (metropolitan area of Thessalonica).• A model system of accessing the above via web and mobile devices.The information system is designed with an open architecture so it can be easily adapted for use with similar data from other regions, and/or with other geographically distributed information with commercial importance. The data to be collected, stored and used will be described using XML language to facilitate communication among different applications and for flexible expansion to incorporate any new data types that have to be described and stored in the database. The use of XML is considered ideal both for back-end application logic, and as a platform for application and platforms integration. More specifically regarding the latter, methodologies will be developed for application integration based on XML-RPC and SOAP, which will enable flexible exchange of data with external systems and applications. The application will be available through the Internet so the interface of the application will be depicted through a Web Browser, using a desktop PC, a laptop, or - with some restrictions - a PDA.

2020 ◽  
pp. 155-179
Author(s):  
Oleg Karsaev ◽  
Igor Shuklin ◽  
Sergey Yushchenko

An approach to the dynamic formation (adjustment) of schedules for distributed photogrammetric image processing in a network of ground centers included in the United geographically distributed information system for receiving and processing Earth remote sensing data from space is considered. Having the fullest satisfaction of requirements of consumers to the satellite images of necessary areas, the approach provides the formation of self-organizing B2B enterprises in the specified network providing information, software and hardware resources of the ground-based facilities of various departmental and other accessories for photogrammetric processing of any received images of the area from the the United geographically distributed information system. It is shown, that a search in B2B enterprise nodes and borrowing the required resources will allow ground centers to flexibly scale physical and virtual means of photogrammetric processing of Earth remote sensing data, quickly form their local structural and functional organizations depending on the current properties of the consumer requests flow for receiving Earth remote sensing data in the United geographically distributed information system, characteristics of the flow of terrain survey materials from orbital monitoring tools, and also take into account the visual and measuring properties of images of the area subject to photogrammetric processing. A method for truncating the set of potential performers of the application in accordance with the existing semantic and other restrictions on the composition of the desired set of performers is proposed. Also mechanisms to encourage ground centers to provide idle resources to B2B enterprise nodes are proposed. They are based on the possibility of receiving monetary or other remuneration from a ground center for participating in distributed application servicing. The development of a well-known model of a self-organizing B2B enterprise creates conditions for a more efficient organization of servicing the flow of applications in the United geographically distributed information system by attracting unused software, information and hardware resources of ground centers of various departmental affiliations.


2020 ◽  
Vol 19 (1) ◽  
pp. 155-179
Author(s):  
Oleg Karsaev ◽  
Igor Shuklin ◽  
Sergey Yushchenko

An approach to the dynamic formation (adjustment) of schedules for distributed photogrammetric image processing in a network of ground centers included in the United geographically distributed information system for receiving and processing Earth remote sensing data from space is considered. Having the fullest satisfaction of requirements of consumers to the satellite images of necessary areas, the approach provides the formation of self-organizing B2B enterprises in the specified network providing information, software and hardware resources of the ground-based facilities of various departmental and other accessories for photogrammetric processing of any received images of the area from the the United geographically distributed information system. It is shown, that a search in B2B enterprise nodes and borrowing the required resources will allow ground centers to flexibly scale physical and virtual means of photogrammetric processing of Earth remote sensing data, quickly form their local structural and functional organizations depending on the current properties of the consumer requests flow for receiving Earth remote sensing data in the United geographically distributed information system, characteristics of the flow of terrain survey materials from orbital monitoring tools, and also take into account the visual and measuring properties of images of the area subject to photogrammetric processing. A method for truncating the set of potential performers of the application in accordance with the existing semantic and other restrictions on the composition of the desired set of performers is proposed. Also mechanisms to encourage ground centers to provide idle resources to B2B enterprise nodes are proposed. They are based on the possibility of receiving monetary or other remuneration from a ground center for participating in distributed application servicing. The development of a well-known model of a self-organizing B2B enterprise creates conditions for a more efficient organization of servicing the flow of applications in the United geographically distributed information system by attracting unused software, information and hardware resources of ground centers of various departmental affiliations.


2021 ◽  
Vol 1 ◽  
pp. 15-21
Author(s):  
Ilya Krasavin ◽  
◽  
Anna Krasavina ◽  

The article is devoted to the problems of improving the efficiency of the system of metrological support for geographically distributed complex technical systems by combining them into a single information space, the need for which is due to trends in digitalization of activities in the field of ensuring the uniformity of measurements.


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