Institution
Swedish Defence Research Agency
Government•Stockholm, Sweden•
About: Swedish Defence Research Agency is a government organization based out in Stockholm, Sweden. It is known for research contribution in the topics: Radar & Laser. The organization has 1413 authors who have published 2731 publications receiving 56083 citations. The organization is also known as: Totalförsvarets forskningsinstitut.
Papers published on a yearly basis
Papers
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TL;DR: The Swedish Defence Research Agency (FOI) has developed a concept demonstrator called the Information Fusion Demonstrator 2003 (IFD03) for demonstrating information fusion methodology suitable for a future Network Based Defense (NBD) C4ISR system.
43 citations
TL;DR: A theoretical model for simulation of airborne depth-sounding lidar is presented with the purpose of analyzing the influence from water surface waves on the ability to detect 1-m3 targets placed on the sea bottom.
Abstract: A theoretical model for simulation of airborne depth-sounding lidar is presented with the purpose of analyzing the influence from water surface waves on the ability to detect 1-m3 targets placed on the sea bottom. Although water clarity is the main limitation, sea surface waves can significantly affect the detectability. The detection probability for a target at a 9-m depth can be above 90% at 1-m/s wind and below 80% at 6-m/s wind for the same water clarity. The simulation model contains both numerical and analytical components. Simulated data are compared with measured data and give realistic results for bottom depths between 3 and 10 m.
42 citations
TL;DR: The DSASE technique was shown to recover larger amounts of organophosphate esters from native samples, compared to a static method, and clearly revealed a stronger analyte-matrix interaction in native samples.
42 citations
TL;DR: This mouse model of chlorine exposure shows delayed symptoms of hyperreactive airways similar to human RADS, and can be used for studies aimed at improved understanding of adverse long-term responses following inhalation of chlorine.
42 citations
TL;DR: In this paper, the effect of continuously scanning the scene row-by-row is investigated and signal processing methods to transform this into low-noise point clouds are described using measurements of a characterization target and an oak and hazel copse.
Abstract: Time-correlated single-photon-counting (TCSPC) lidar provides very high resolution range measurements. This makes the technology interesting for three-dimensional imaging of complex scenes with targets behind foliage or other obscurations. TCSPC is a statistical method that demands integration of multiple measurements toward the same area to resolve objects at different distances within the instantaneous field-of-view. Point-by-point scanning will demand significant overhead for the movement, increasing the measurement time. Here, the effect of continuously scanning the scene row-by-row is investigated and signal processing methods to transform this into low-noise point clouds are described. The methods are illustrated using measurements of a characterization target and an oak and hazel copse. Steps between different surfaces of less than 5 cm in range are resolved as two surfaces.
42 citations
Authors
Showing all 1417 results
| Name | H-index | Papers | Citations |
|---|---|---|---|
| Anders Larsson | 80 | 1307 | 33995 |
| Anders Johansson | 75 | 538 | 21709 |
| Anders Eriksson | 68 | 679 | 19487 |
| Dan S. Henningson | 66 | 369 | 19038 |
| Bengt Johansson | 66 | 635 | 19206 |
| Anders Sjöstedt | 63 | 196 | 11422 |
| Björn Johansson | 62 | 637 | 16030 |
| Mats Gustafsson | 61 | 520 | 18574 |
| D. G. Joakim Larsson | 58 | 151 | 13687 |
| Anders Larsson | 54 | 198 | 55761 |
| Mats Tysklind | 53 | 250 | 17534 |
| Jerker Fick | 51 | 143 | 8787 |
| Erik Johansson | 50 | 114 | 9437 |
| Göran Finnveden | 49 | 193 | 12663 |
| Ian A. Nicholls | 45 | 194 | 7522 |