Add to ORKGSeveral research and development projects have been created to utilize airborne and spaceborne remote sensing for mine action, but the Advanced Intelligence Decision Support System is the first mine-action technology to successfully combine remote sensing with advanced intelligence methodology. The result is a rigorously operationally validated system that improves hazardous risk assessment for greater efficiency in land cancellation and release. This article discusses the components of the AI DSS system and its achievements in mine action
Two rapidly emerging technologies revolutionizing scientific problem solving are unpiloted aerial sy...
Following a two-year feasibility study, The Geneva International Centre for Humanitarian Demining (G...
This article describes the development and the experiments performed with Gryphon, a new platform fo...
Remote sensing and artificial intelligence (AI) technologies are included in discussions of how tech...
According to official figures, more than 100 million landmines lie buried around the world. Although...
Negligence in the use of human labor in demining dangerous areas can result in great human casualtie...
Negligence in the use of human labor in demining dangerous areas can result in great human casualtie...
Negligence in the use of human labor in demining dangerous areas can result in great human casualtie...
The main topic discussed in this paper is the research, development, and implementation of hyperspec...
The main topic discussed in this paper is the research, development, and implementation of hyperspec...
The Advanced Intelligence Decision Support System (AIDSS) is the first mine action technology in hum...
Partnering with QinetiQ and The Lightship Group, the Mineseeker Foundation is developing a system to...
This article discusses experimental results achieved with a robotic countermine system that utilizes...
On the basis of the conflict scenarios and the resultant threat, it is necessary to develop methods ...
In response to worldwide requirements for Humanitarian Demining, Schiebel Technology, Inc., an indep...
Two rapidly emerging technologies revolutionizing scientific problem solving are unpiloted aerial sy...
Following a two-year feasibility study, The Geneva International Centre for Humanitarian Demining (G...
This article describes the development and the experiments performed with Gryphon, a new platform fo...
Remote sensing and artificial intelligence (AI) technologies are included in discussions of how tech...
According to official figures, more than 100 million landmines lie buried around the world. Although...
Negligence in the use of human labor in demining dangerous areas can result in great human casualtie...
Negligence in the use of human labor in demining dangerous areas can result in great human casualtie...
Negligence in the use of human labor in demining dangerous areas can result in great human casualtie...
The main topic discussed in this paper is the research, development, and implementation of hyperspec...
The main topic discussed in this paper is the research, development, and implementation of hyperspec...
The Advanced Intelligence Decision Support System (AIDSS) is the first mine action technology in hum...
Partnering with QinetiQ and The Lightship Group, the Mineseeker Foundation is developing a system to...
This article discusses experimental results achieved with a robotic countermine system that utilizes...
On the basis of the conflict scenarios and the resultant threat, it is necessary to develop methods ...
In response to worldwide requirements for Humanitarian Demining, Schiebel Technology, Inc., an indep...
Two rapidly emerging technologies revolutionizing scientific problem solving are unpiloted aerial sy...
Following a two-year feasibility study, The Geneva International Centre for Humanitarian Demining (G...
This article describes the development and the experiments performed with Gryphon, a new platform fo...