Description
E-poster session with display of each e-poster on an assigned touchscreen
The Comprehensive Nuclear-Test-Ban Treaty (CTBT) relies on a global network of monitoring stations, including auxiliary seismic stations, to detect and verify seismic events. Ensuring the reliability and quality of data from these stations is critical for maintaining the integrity of the CTBT verification regime. However, noise, signal contamination, and equipment anomalies can compromise data...
This study focuses on the importance of data integrating Jordanian national stations with the International Monitoring System (IMS) network of the Comprehensive Nuclear-Test-Ban Treaty Organization (CTBTO) in enhancing earthquake and explosion detection capabilities in Jordan. It includes analytical comparison of local and regional events between results that were obtained from the seismic...
AI is not just a story, it is a key of interest across various areas.
Often, greater efficiency and added value outcomes are achieved by integrating different fields.
Integrating AI with the International monitoring system & and driven data would significantly improve the event detection and categorization process and generate accurate and insightful models for event prediction and...
A software framework - Nuclear Event Monitoring Simulator (NEMOS) has been developed to simulate the response of sensor networks, which are intended to detect, identify, and locate nuclear explosions and other nuclear events. NEMOS simulates the response from seismic sensors, infrasound detection sensors, and several types of radioactivity instruments (GM - tubes, NaI- sensors; either...
Indonesia, located at the intersection of major subduction zones and active fault systems, such as the Sunda Trench, Lembang, and Cimandiri Faults, is vulnerable to seismic hazards that pose risks to critical infrastructure, including nuclear research reactors.
This study evaluates seismic risks at three reactor sites—Kartini (Yogyakarta), Swabesi (Serpong), and TRIGA 2000 (Bandung)—using...
