Javascript must be enabled to continue!
Revalidation process for IMS waveform technologies stations
View through CrossRef
S. Bazarragchaa1, P.Martysevich1, A. Kramer1, P. Campus1, A. Molero2, Y.Starovoyt2
1 CTBTO, International Monitoring System Division, Engineering&Development section, Wagramerstrasse 5, 1220 Vienna, Austria;2 Addproject, C/Conde Duque 48, bajo izda, 28015 Madrid, Spain
The revalidation process of International Monitoring System (IMS) stations of the Comprehensive Nuclear-Test-Ban Treaty (CTBT) is a fundamental step of the IMS sustainment to demonstrate the compliance of such stations with the minimum requirements established at the time of their certification (IMS requirements).
Revalidation should be undertaken if any change occurs at a station that significantly affects its system response, detection capability or data availability (configuration change). Upon completion of the configuration change (or recapitalization) works at the station, a revalidation report is submitted by the IMS Engineering and Development Section of the CTBTO for consideration and review by an appointed Certification Group.
The report addresses, among several technical aspects, noise study analysis tailored for different equipment settings; station calibration; data format settings and population of relevant databases.
Title: Revalidation process for IMS waveform technologies stations
Description:
S.
Bazarragchaa1, P.
Martysevich1, A.
Kramer1, P.
Campus1, A.
Molero2, Y.
Starovoyt2
1 CTBTO, International Monitoring System Division, Engineering&Development section, Wagramerstrasse 5, 1220 Vienna, Austria;2 Addproject, C/Conde Duque 48, bajo izda, 28015 Madrid, Spain
The revalidation process of International Monitoring System (IMS) stations of the Comprehensive Nuclear-Test-Ban Treaty (CTBT) is a fundamental step of the IMS sustainment to demonstrate the compliance of such stations with the minimum requirements established at the time of their certification (IMS requirements).
Revalidation should be undertaken if any change occurs at a station that significantly affects its system response, detection capability or data availability (configuration change).
Upon completion of the configuration change (or recapitalization) works at the station, a revalidation report is submitted by the IMS Engineering and Development Section of the CTBTO for consideration and review by an appointed Certification Group.
The report addresses, among several technical aspects, noise study analysis tailored for different equipment settings; station calibration; data format settings and population of relevant databases.
Related Results
Revalidation, appraisal and clinical governance
Revalidation, appraisal and clinical governance
Purpose – In light of the recent report on regulation by the CMO of England and Wales and the subsequent Department of Health White Paper, this paper aims to consider the nexus bet...
Sea Surface Height Estimation from Improved Modified, and Decontaminated Sub-Waveform Retracking Methods over Coastal Areas
Sea Surface Height Estimation from Improved Modified, and Decontaminated Sub-Waveform Retracking Methods over Coastal Areas
Coastal zones are challenging areas for sensing by satellite altimeters because reflected signals from non-water surfaces and from calm sea surfaces in small bays and ports inside ...
Abstract 660: Pre-symptomatic detection and early treatment of mammary cancer with anti-PD-L1 in a mouse mode
Abstract 660: Pre-symptomatic detection and early treatment of mammary cancer with anti-PD-L1 in a mouse mode
Abstract
Cancer kills ~8M people/year and the WHO predicts an epidemic of cancer in the developing world over the next 20 years due to increased longevity. Developme...
CTBT IMS - International Cooperation at its finest
CTBT IMS - International Cooperation at its finest
<p>The International Monitoring System (IMS) of the Comprehensive Nuclear-Test-Ban Treaty is one of the most ambitious global projects ever undertaken by more than 18...
P-294 DEVELOPMENT OF AN ION MOBILITY SPECTROMETER FOR REAL-TIME MEASUREMENT OF CHEMICAL SUBSTANCES IN THE WORK ENVIRONMENT
P-294 DEVELOPMENT OF AN ION MOBILITY SPECTROMETER FOR REAL-TIME MEASUREMENT OF CHEMICAL SUBSTANCES IN THE WORK ENVIRONMENT
Abstract
Introduction
For the chemical industry, regulations concerning industrial pollutant emissions are becoming stricter in ...
Quantitative Analysis of Shallow Earthquake Sequences and Regional Earthquake Behavior: Implications for Earthquake Forecasting
Quantitative Analysis of Shallow Earthquake Sequences and Regional Earthquake Behavior: Implications for Earthquake Forecasting
<p>This study is a quantitative investigation and characterization of earthquake sequences in the Central Volcanic Region (CVR) of New Zealand, and several regions in New Zea...
Quantitative Analysis of Shallow Earthquake Sequences and Regional Earthquake Behavior: Implications for Earthquake Forecasting
Quantitative Analysis of Shallow Earthquake Sequences and Regional Earthquake Behavior: Implications for Earthquake Forecasting
<p>This study is a quantitative investigation and characterization of earthquake sequences in the Central Volcanic Region (CVR) of New Zealand, and several regions in New Zea...
Reorganisation of circadian activity and the pacemaker circuit under novel light regimes
Reorganisation of circadian activity and the pacemaker circuit under novel light regimes
AbstractMany environmental features are cyclic, with predictable daily and yearly changes which vary across latitudes. Organisms cope with such change using internal timekeepers or...

