Progress in the technical means of monitoring to verify compliance to arms control treaties is discussed in the following areas: Real-time surveillance with charge-coupled devices in the visible and infrared; image enhancement with digital 1 image processing and with adaptive optics; imaging with radars based on satellites and on the ground; seismic moni-toring with high frequency discrimination and with unattended in-country seismic stations; and nuclear weapons test monitoring with the global positioning satellite system. I
Seismology provides the key technology for monitoring the occurrence of underground nu-clear explosi...
Following the fall of the Soviet Union, political pressure to negotiate meaningful nuclear arms agre...
The applicability to nuclear verification of statistical change detection methods for commercial, mu...
A number of international agreements and export control regimes have been concluded in order to redu...
In the last decades, the international community has negotiated a number of multilateral agreements ...
A series of exercises and targeted meetings held by the European Safeguards Research and Development...
This paper describes a potential role for arms control monitoring technology in peace-keeping operat...
This report reviews some of the monitoring and verification provisions in the new START Treaty and c...
Non-intrusive verification procedures by measuring nuclear radiation in situ are discussed. Radiatio...
Monitoring technologies are playing an increasingly important part in international safeguards and f...
Objectives: The future verification of the nuclear disarmament poses different challenges. The Inter...
Embedded arms-control-sensors provide a powerful new paradigm for managing compliance with future nu...
This report examines the potential and limitations of cooperative aerial surveillance as a means of ...
Geospatial information and technologies combined with open-source tools play an important role in in...
The report outlines the monitoring tasks specific to START and suggests the cooperative and unilater...
Seismology provides the key technology for monitoring the occurrence of underground nu-clear explosi...
Following the fall of the Soviet Union, political pressure to negotiate meaningful nuclear arms agre...
The applicability to nuclear verification of statistical change detection methods for commercial, mu...
A number of international agreements and export control regimes have been concluded in order to redu...
In the last decades, the international community has negotiated a number of multilateral agreements ...
A series of exercises and targeted meetings held by the European Safeguards Research and Development...
This paper describes a potential role for arms control monitoring technology in peace-keeping operat...
This report reviews some of the monitoring and verification provisions in the new START Treaty and c...
Non-intrusive verification procedures by measuring nuclear radiation in situ are discussed. Radiatio...
Monitoring technologies are playing an increasingly important part in international safeguards and f...
Objectives: The future verification of the nuclear disarmament poses different challenges. The Inter...
Embedded arms-control-sensors provide a powerful new paradigm for managing compliance with future nu...
This report examines the potential and limitations of cooperative aerial surveillance as a means of ...
Geospatial information and technologies combined with open-source tools play an important role in in...
The report outlines the monitoring tasks specific to START and suggests the cooperative and unilater...
Seismology provides the key technology for monitoring the occurrence of underground nu-clear explosi...
Following the fall of the Soviet Union, political pressure to negotiate meaningful nuclear arms agre...
The applicability to nuclear verification of statistical change detection methods for commercial, mu...
Add to ORKG