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Table 1. Sensor characteristics and the image acquisition parameters.

in NEAR REAL-TIME ROAD CENTERLINE EXTRACTION
by C. K. Toth, D. A. Grejner-brzezinska
"... In PAGE 2: ... Stereovision is realized by the platform motion, which, in turn, emphasizes the need for high-precision sensor orientation provided by direct georeferencing. Table1 summarizes the camera characteristics and the image acquisition conditions. ODOT District 1 office built the complete system with all the sensors and supporting hardware installed in early 2002 and Figure 2 shows the surveying vehicle.... In PAGE 4: ... In general, considering the image overlap of about 1.3 m (~50% overlap, see Table1 ), the error in relative orientation of about 200 arcsec (maximum observed in our tests) will translate to an ~0.9 mm linear offset, which is practically negligible.... ..."

Table 1 Acquisition parameters of used IKONOS Geo images Image acquisition

in Orthophoto generation using IKONOS imagery
by And High-Resolution Dem, S. Vassilopoulou A, L. Hurni A, V. Dietrich B, E. Baltsavias C, M. Pateraki C, E. Lagios D, I. Parcharidis D
"... In PAGE 3: ... 15%) was used to check a possible automated extraction of a DEM via image matching, a topic which will not be dealt in detail in this paper. The main parameters of the images are shown in Table1 . As it can be seen, image 1, which was used orthorectification, had almost identical azimuth for sensor and sun, thus, leading to the favourable condition that shadows almost coincide with occluded areas, but without leading to saturation, due to lack of strongly reflecting surfaces vertical to the viewing direction.... ..."

Table 8. Acquisition parameters of IKONOS images used in orthoimage generation.

in Radiometric And Geometric Evaluation Of Ikonos Geo Images And Their
by Use For Building, Emmanuel Baltsavias, Maria Pateraki, Li Zhang 2001
"... In PAGE 16: ...16 (2000), our first approach was used (see Zug / 1 and Zug / 2 in Table8 ) and a second one from another com- pany (Zug / 3 and Zug / 4), similar to our second one but more complicated in estimating the azimuth and elevation. Zug / 1 has check points only within the perimeter of the used control points, while Zug / 2 also outside, showing the extrapolation errors that can occur with our first approach, especially notable in the maximum absolute errors.... ..."
Cited by 15

Table 1: Acquisition parameters of the original 1m Ikonos PAN images Left Stereo Right Stereo Nadir

in Ikonos Geo Stereo Images: Geometric Potential and
by Suitability For Building, Clive S. Fraser, Emmanuel Baltsavias
"... In PAGE 2: ...1 Image data The imagery comprised a stereopair of epipolar-resampled Geo PAN images, and a nadir- looking scene of PAN and multispectral imagery. As indicated in Table1 , the sensor and sun elevation angles for the stereopair (imaged in winter) were less than optimal. Apart from the right stereo image, the azimuths of sensor and sun differed considerably, leading to strong shadows in non-occluded areas.... ..."

TABLE I STEP WEDGE PHANTOM IMAGE ACQUISITION PARAMETERS: TUBE VOLTAGE (KVP), ELECTRON DOSE (MAS), ENTRANCE DOSE (MGY), TARGET MATERIAL, FILTER MATERIAL. THE ENTRANCE DOSE WAS MEASURED BY ENTRANCE SURFACE AIR KERMA AT 5 CM ABOVE THE BUCKY. PARAMETERS m AND d ARE OBTAINED FROM EQUATION 3. THE RELATIVE MEAN SQUARED ERROR e DETERMINES HOW WELL THE NOISE MODEL FITS THE DATA.

in IEEE TRANSACTIONS ON MEDICAL IMAGING — 1 Noise
by Kristin J Mcloughlin

Table 1, the sensor and sun elevation angles for the stereopair (imaged in winter) were less than optimal. Apart from the right stereo image, the azimuths of sensor and sun differed considerably, leading to strong shadows in non-occluded areas.

in Radiometric And Geometric Evaluation Of Ikonos Geo Images And Their
by Use For Building, Emmanuel Baltsavias, Maria Pateraki, Li Zhang 2001
"... In PAGE 3: ... Table1 . Acquisition parameters of IKONOS PAN images.... ..."
Cited by 15

Table 1, the sensor and sun elevation angles for the stereopair (imaged in winter) were less than optimal. Apart from the right stereo image, the azimuths of sensor and sun differed considerably, leading to strong shadows in non-occluded areas.

in Radiometric And Geometric Evaluation Of Ikonos Geo Images And Their
by Use For Building, Emmanuel Baltsavias, Maria Pateraki, Li Zhang 2001
"... In PAGE 3: ... Table1 . Acquisition parameters of IKONOS PAN images.... ..."
Cited by 15

Table 1 Image acquisition

in A multiple-baseline stereo method
by Takco Kanade, Masatoshi Okutomit, Tomoharu Nakahara
"... In PAGE 12: ... Thc distance between adjacent camera positions is consun[. Table1 describes the image acquisition pamcicrs. Typically.... ..."

Table 1. Acquisition parameters of the Melbourne dataset. Table 2. Acquisition parameters of the Nisyros dataset.

in Matching of Ikonos Stereo and Multitemporal GEO Images for DSM Generation
by Li Zhang Maria, Li Zhang, Maria Pateraki, Emmanuel Baltsavias 2002
"... In PAGE 1: ...1 Melbourne Dataset The first dataset comprised a stereopair of epipolar-resampled Geo PAN images of Melbourne. As indicated in Table1 , the sensor and sun elevation angles for the stereopair (imaged in winter) were less than optimal. The azimuths of sensor and sun of the left im- age differed considerably, leading to strong shadows in non-occluded areas.... ..."
Cited by 1

Table 1. Parameter settings used for the acquisition of the knee CT data employed in our experiments.

in Cortical Bone Classification by Local Context Analysis
by S. Battiato, G. M. Farinella, G. Impoco, O. Garretto, C. Privitera
"... In PAGE 6: ... Nine knee datasets were imaged at the Radiology Department of the Vittorio Emanuele Hospital in Catania. The data were captured by means of a Mul- tidetector CT Scanning (MDCT) device in spiral mode, using the acquisition parameters reported in Table1... ..."
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