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The aim of this paper is to show that Dempster-Shafer Theory (DST) and a recent theory of plausible and paradoxical reasoning introduced by Dezert and Smaradache and thus called Dezert-Smarandache Theory (DSmT), can be successfully applied to improve a supervised classification of remotely sensed data.
Topics: Satellite Imagery, Map
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PRACTICAL BOOK ON HOW TO USE SATELLITE IMAGERY
Topics: HAROLD HOUGH, SATELLITE IMAGERY
Mendeley Climate Change Library
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Jul 6, 2019
07/19
by
Muhammad Wajid Ijaz; Rasool Bux Mahar; Altaf Ali Siyal; Muhammad Naveed Anjum
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Sea level rise (SLR) in response to looming climate change is being considered as a major impediment to coastal areas. Acute wave activities and tidal propagations of semi-diurnal to mixed type are impairing the morphology of the Indus Delta in Pakistan. In this study a synthetic approach has been adopted using multi sensor satellite and ground data in order to integrate the individual effect of topography, oceanic activities and vegetative canopy for deduction of a synergic impact over the...
Topics: Satellite imagery, Sindh coast
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May 5, 2020
05/20
by
Abdzex_Kuban
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High Resolution Optical Satellite Imagery
Topic: High Resolution Optical Satellite Imagery
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May 6, 2020
05/20
by
Abdzex_Kuban
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International Safeguards And Satellite Imagery
Topic: International Safeguards And Satellite Imagery
A study of aerosol variations in the Central Pacific was conducting utilizing NOAA-9 AVHRR data and concurrent shipboard measurements from the NOAA R/V OCEANOGRPAHER during the RITS-88 cruise. The transect was conducted 7 April to 5 May 1988 along longitude 170 degrees W from latitude 50 degrees N to 12 degrees S. Aerosol physiochemistry measurements were provided every 1 degree of latitude. Satellite observations of optical depth, Aerosol Particle Size Index (S12), channel 1 (0.63 um), and...
Topics: Aerosol-cloud interaction, AVHRR satellite imagery
This study appraises the conditions of the existing drainage network of Samaru, Zaria, Nigeria, in order to identify areas constantly affected by flood on yearly basis and hence measures are put forward that will adequately cater for the incessant flood problems bothering the community. The entire catchment has been sub-divided into 13 sub-catchments from which the catchment areas, composite runoff coefficients, lengths of the farthest points to the outlets, and elevations were obtained from...
Topics: Storm Sewer, Flood Control, Improvement Design, Satellite Imagery
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306
Jun 13, 2011
06/11
by
Sklanka, Bernard J.; Tuss, Joel R.; Buehrle, Ralph D.; Klos, Jacob; Williams, Earl G.; Valdivia, Nicola
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Using three microphone array configurations at two aircraft body stations on a Boeing 777-300ER flight test, the acoustic radiation characteristics of the sidewall and outboard floor system are investigated by experimental measurement. Analysis of the experimental data is performed using sound intensity calculations for closely spaced microphones, PATCH Inverse Boundary Element Nearfield Acoustic Holography, and Spherical Nearfield Acoustic Holography. Each method is compared assessing...
Topics: DOMAINS, PRODUCTION PLANNING, SATELLITE IMAGERY, FORECASTING, DETECTION, ALGORITHMS
This study appraises the conditions of the existing drainage network of Samaru, Zaria, Nigeria, in order to identify areas constantly affected by flood on yearly basis and hence measures are put forward that will adequately cater for the incessant flood problems bothering the community. The entire catchment has been sub-divided into 13 sub-catchments from which the catchment areas, composite runoff coefficients, lengths of the farthest points to the outlets, and elevations were obtained from...
Topics: Storm Sewer, Flood Control, Improvement Design, Satellite Imagery
A better understanding of the role mesoscale convective systems (MCS) play in the genesis stages of tropical cyclones will increase the ability to predict their formation. This thesis employs polar-orbiter microwave and geostationary infrared satellite imagery to document MCS structure and evolution during tropical cyclone genesis. Microwave imagery at frequencies of 19.35 GHz and 85.5 GHz are used to define convective and stratiform cloud areal amounts, percent coverage, and time-integrated...
Topics: Mesoscale Convective Systems, Microwave Satellite Imagery, Tropical Cyclone Genesis
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Jul 17, 2017
07/17
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International Centre for Security Analysis, King's College London
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A blog post first posted to the International Centre for Security Analysis blog on the 20th January 2016.
Topics: South Korea, Nuclear Energy, Nuclear, Non-Proliferation, OSINT, Satellite Imagery
A one year record of AVHRR satellite images, beginning October 1, 1988, was processed and evaluated to determine the source of cold, nutrient-rich water in Monterey Bay. Wind records indicated a strong correlation with the intensity of upwelling at Afio Nuevo and Point Sur as seen in numerous satellite images. Close quantitative agreement between satellite derived multi-channel sea surface temperature and in situ observation of sea surface temperature by oceanographic research ships support...
Topics: Monterey Bay, Currents, AVHRR satellite imagery, upwelling, jets, plumes, eddies
NOAA 15 HVC at 2017-12-17 16:47:00 created by automatic reception software autowx NOAA 15 northbound pass with max elevation 45, azimuth 64. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 15 HVCT at 2017-12-16 18:53:00 created by automatic reception software autowx NOAA 15 northbound pass with max elevation 23, azimuth 269. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, HVCT, APT, METEOROLOGICAL SATELLITES
NOAA 15 HVC at 2017-12-15 17:37:00 NOAA 15 northbound pass with max elevation 81, azimuth 255. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 15 MSA at 2017-12-16 07:25:00 created by automatic reception software autowx NOAA 15 southbound pass with max elevation 66, azimuth 291. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, MSA, APT, METEOROLOGICAL SATELLITES
NOAA 18 HVCT at 2017-12-15 07:58:00 NOAA 18 southbound pass with max elevation 78, azimuth 107. Channels: 1 (visible), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, HVCT, APT, METEOROLOGICAL SATELLITES
NOAA 15 MSA at 2017-12-25 16:47:00 NOAA 15 northbound pass with max elevation 45, azimuth 64. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, MSA, APT, METEOROLOGICAL SATELLITES
NOAA 15 thermal at 2017-12-25 18:27:00 NOAA 15 northbound pass with max elevation 35, azimuth 264. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 15 EC at 2017-12-31 07:50:00 NOAA 15 southbound pass with max elevation 45, azimuth 296. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, EC, APT, METEOROLOGICAL SATELLITES
NOAA 15 EC at 2017-12-31 06:10:00 NOAA 15 southbound pass with max elevation 36, azimuth 96. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, EC, APT, METEOROLOGICAL SATELLITES
NOAA 18 thermal at 2017-12-23 17:57:00 NOAA 18 northbound pass with max elevation 56, azimuth 66. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 18 HVC at 2018-01-01 08:01:00 NOAA 18 southbound pass with max elevation 79, azimuth 105. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 18 EC at 2017-12-31 19:46:00 NOAA 18 northbound pass with max elevation 28, azimuth 267. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, EC, APT, METEOROLOGICAL SATELLITES
NOAA 18 HVC at 2017-12-23 08:05:00 NOAA 18 southbound pass with max elevation 85, azimuth 109. Channels: 2 (near infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 18 thermal at 2017-12-20 18:32:00 NOAA 18 northbound pass with max elevation 86, azimuth 253. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 15 HVC at 2017-12-15 07:50:00 NOAA 15 southbound pass with max elevation 44, azimuth 296. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 19 HVC at 2017-12-15 03:21:00 NOAA 19 southbound pass with max elevation 35, azimuth 96. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 18 MSA at 2017-12-25 09:23:00 NOAA 18 southbound pass with max elevation 31, azimuth 303. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, MSA, APT, METEOROLOGICAL SATELLITES
NOAA 18 MSA at 2017-12-23 19:39:00 NOAA 18 northbound pass with max elevation 31, azimuth 266. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, MSA, APT, METEOROLOGICAL SATELLITES
NOAA 19 HVCT at 2017-12-16 04:50:00 created by automatic reception software autowx NOAA 19 southbound pass with max elevation 57, azimuth 294. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, HVCT, APT, METEOROLOGICAL SATELLITES
NOAA 19 HVC at 2017-12-16 03:09:00 created by automatic reception software autowx NOAA 19 southbound pass with max elevation 29, azimuth 94. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 19 HVC at 2017-12-15 14:54:00 NOAA 19 northbound pass with max elevation 75, azimuth 254. Channels: 2 (near infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 19 ZA at 2018-01-01 03:26:00 NOAA 19 southbound pass with max elevation 37, azimuth 96. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, ZA, APT, METEOROLOGICAL SATELLITES
NOAA 19 thermal at 2017-12-31 15:11:00 NOAA 19 northbound pass with max elevation 59, azimuth 257. Channels: 2 (near infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 19 EC at 2017-12-31 03:38:00 NOAA 19 southbound pass with max elevation 44, azimuth 99. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, EC, APT, METEOROLOGICAL SATELLITES
NOAA 19 thermal at 2017-12-31 03:38:00 NOAA 19 southbound pass with max elevation 44, azimuth 99. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 19 MSA at 2017-12-20 13:57:00 NOAA 19 northbound pass with max elevation 45, azimuth 63. Channels: 2 (near infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, MSA, APT, METEOROLOGICAL SATELLITES
NOAA 19 thermal at 2017-12-17 16:13:00 created by automatic reception software autowx NOAA 19 northbound pass with max elevation 21, azimuth 270. Channels: 2 (near infrared), 3/3B (mid infrared)
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 19 HVCT at 2017-12-17 16:13:00 created by automatic reception software autowx NOAA 19 northbound pass with max elevation 21, azimuth 270. Channels: 2 (near infrared), 3/3B (mid infrared)
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, HVCT, APT, METEOROLOGICAL SATELLITES
NOAA 19 HVC at 2017-12-25 04:47:00 NOAA 19 southbound pass with max elevation 61, azimuth 293. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 19 HVCT at 2017-12-23 15:02:00 NOAA 19 northbound pass with max elevation 66, azimuth 256. Channels: 2 (near infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA19, Weather Images, Satellite Images, SATELLITE IMAGERY, HVCT, APT, METEOROLOGICAL SATELLITES
NOAA 15 HVC at 2017-12-15 06:10:00 NOAA 15 southbound pass with max elevation 36, azimuth 96. Channels: 3/3B (mid infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 15 thermal at 2017-12-17 08:40:00 created by automatic reception software autowx NOAA 15 southbound pass with max elevation 22, azimuth 306. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 15 thermal at 2017-12-15 15:59:00 NOAA 15 northbound pass with max elevation 22, azimuth 54. Channels: 2 (near infrared), 4 (thermal infrared) created by automatic reception software autowx
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 15 HVC at 2017-12-16 17:12:00 created by automatic reception software autowx NOAA 15 northbound pass with max elevation 68, azimuth 69. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA15, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 18 HVC at 2017-12-16 19:19:00 created by automatic reception software autowx NOAA 18 northbound pass with max elevation 41, azimuth 262. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
NOAA 18 thermal at 2017-12-17 09:15:00 created by automatic reception software autowx NOAA 18 southbound pass with max elevation 34, azimuth 302. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, thermal, APT, METEOROLOGICAL SATELLITES
NOAA 18 MSA at 2017-12-17 07:34:00 created by automatic reception software autowx NOAA 18 southbound pass with max elevation 53, azimuth 101. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, MSA, APT, METEOROLOGICAL SATELLITES
NOAA 18 HVC at 2017-12-17 19:07:00 created by automatic reception software autowx NOAA 18 northbound pass with max elevation 49, azimuth 260. Channels: 3/3B (mid infrared), 4 (thermal infrared)
Topics: NOAA18, Weather Images, Satellite Images, SATELLITE IMAGERY, HVC, APT, METEOROLOGICAL SATELLITES
