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Spaceborne SAR interferometry (InSAR) has the potential of mapping the forest height on a global scale and a monthly/weekly basis, which can improve our understanding of the global carbon dynamics. In previous work, repeat-pass SAR interferometry from spaceborne sensors is utilized to create large-scale forest height maps based on a newly developed approach. This paper thus serves as a summary paper...
At present, the issue of intrusion detection must be a hot point to all over the computer security area. In this paper, two novel intrusion detection techniques have been proposed. First, unlike the current existent detection methods, this paper combines the theories of both intuitionistic fuzzy sets (IFS) and artificial neural networks (ANN) together, which lead to much fewer iteration numbers, higher...
A novel technique for intrusion detection is proposed in this paper, that is based on cutting-based real-valued negative selection scheme. Different from the current typical techniques, the proposed one sets a much more strict and reasonable mechanism to generate and optimize the set of mutual detector. Firstly, the new generating detector must be necessary and it should not be detected by the current...
This paper applies the forest height inversion approach developed in [1] along with the automatic mosaicking algorithm described in [2], and generates a state mosaic map for the US state of New Hampshire (NH) by utilizing the spaceborne repeat-pass ALOS/PALSAR InSAR correlation magnitude data and the airborne lidar data from NH GRANIT database over the White Mountain National Forest (WMNF). Since...
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