Seismic monitoring is one of the most important approaches for ground-based nuclear explosion monitoring. In order to improve the monitoring capability for low magnitude seismic events, a seismic information system wa...Seismic monitoring is one of the most important approaches for ground-based nuclear explosion monitoring. In order to improve the monitoring capability for low magnitude seismic events, a seismic information system was developed by using the technologies of geographic information system and database. This paper describes the designing and critical technologies of the Seismic Information System in CTBT Verification developed based on ArcGIS and ORACLE platforms. It is a combination of the database storage framework, application programming interface and graphic application software for users to meet their monitoring objectives. Combining the ArcSDE Geodatabase, RDBMS ORACLE and ArcObjects developing technique on COM, not only the multi-sources data has been seamlessly integrated, but also the most functions of ORACLE, for example, consistency, concurrent access, security mechanism, etc, have been reserved. For easy access to the information system we develop two different mechanisms. The first is a menu-driven internal system that is run on NT platforms. The second access mechanism is based on LAN and easily accessible by any web browsers.展开更多
Myanmar signed the Comprehensive Nuclear-Test-Ban Treaty(CTBT)in 1996 and ratified it in 2016.As a CTBT ratifying state,Myanmar needs to implement the capability development and public awareness concerning with CTBT v...Myanmar signed the Comprehensive Nuclear-Test-Ban Treaty(CTBT)in 1996 and ratified it in 2016.As a CTBT ratifying state,Myanmar needs to implement the capability development and public awareness concerning with CTBT verification activities.When implementing the CTBT verification regime,Myanmar considered the linkage between CTBT and sustainable development goals(SDGs).A National Data Centre(NDC)is needed in the country for collecting the data from the stations,differentiating the data quality,prioritizing and storage of the data to conduct with International Data Centre(IDC)of Comprehensive Nuclear-Test-Ban Treaty Organization(CTBTO).The seismic,hydroacoustic,infrasound and radionuclide technologies are important for identifying the signals generated by a nuclear explosion.Various capacity development and public awareness are important for initial step before the ratification process of the state party.Civil society,change school curriculum,participation in process,organizing workshops and seminars are carried out by policy makers’decision.International collaboration and citizen awareness are needed to understand the CTBT verification system for monitoring the nuclear explosions in a global context.The Atomic Energy Division(AED)will collaborate with external funding agents like CTBTO to improve skill of human resource for NDC implementation in Myanmar.Young scientists,science administrators and representative will be achieved from this national development initiative.This is focused on research and development in areas potentially relevant to the Treaty’s verification regime.展开更多
文摘Seismic monitoring is one of the most important approaches for ground-based nuclear explosion monitoring. In order to improve the monitoring capability for low magnitude seismic events, a seismic information system was developed by using the technologies of geographic information system and database. This paper describes the designing and critical technologies of the Seismic Information System in CTBT Verification developed based on ArcGIS and ORACLE platforms. It is a combination of the database storage framework, application programming interface and graphic application software for users to meet their monitoring objectives. Combining the ArcSDE Geodatabase, RDBMS ORACLE and ArcObjects developing technique on COM, not only the multi-sources data has been seamlessly integrated, but also the most functions of ORACLE, for example, consistency, concurrent access, security mechanism, etc, have been reserved. For easy access to the information system we develop two different mechanisms. The first is a menu-driven internal system that is run on NT platforms. The second access mechanism is based on LAN and easily accessible by any web browsers.
文摘Myanmar signed the Comprehensive Nuclear-Test-Ban Treaty(CTBT)in 1996 and ratified it in 2016.As a CTBT ratifying state,Myanmar needs to implement the capability development and public awareness concerning with CTBT verification activities.When implementing the CTBT verification regime,Myanmar considered the linkage between CTBT and sustainable development goals(SDGs).A National Data Centre(NDC)is needed in the country for collecting the data from the stations,differentiating the data quality,prioritizing and storage of the data to conduct with International Data Centre(IDC)of Comprehensive Nuclear-Test-Ban Treaty Organization(CTBTO).The seismic,hydroacoustic,infrasound and radionuclide technologies are important for identifying the signals generated by a nuclear explosion.Various capacity development and public awareness are important for initial step before the ratification process of the state party.Civil society,change school curriculum,participation in process,organizing workshops and seminars are carried out by policy makers’decision.International collaboration and citizen awareness are needed to understand the CTBT verification system for monitoring the nuclear explosions in a global context.The Atomic Energy Division(AED)will collaborate with external funding agents like CTBTO to improve skill of human resource for NDC implementation in Myanmar.Young scientists,science administrators and representative will be achieved from this national development initiative.This is focused on research and development in areas potentially relevant to the Treaty’s verification regime.
