All library branches closed until further notice. Map of the City and Suburbs of Montreal. Completion of its construction was projected for July 1999 with a January 2000 launch.
[19] Four reaction wheels stabilized the spacecraft's altitude, which was measured by two star trackers and a sun sensor. With its resolution down to 0.82m and a revisit time of 1-3 days, IKONOS imagery has proved fundamental to a multitude of applications from urban and rural mapping or natural resources and disasters to agricultural and forest analysis.
Access e-resources & virtual services now.Find out more » | Questions? [17], DigitalGlobe operated IKONOS until its retirement on 31 March 2015.
[21] Total instrument mass was 171 kg (377 lb) and it consumed 350 watts. IKONOS originated under the Lockheed Corporation as the Commercial Remote Sensing System (CRSS) satellite. IKONOS-1 was launched on 27 April 1999 at 18:22 UTC from Vandenberg AFB Space Launch Complex 6,[8][9] but Athena II rocket's payload fairing did not separate due to an electrical malfunction, resulting in the satellite failing to reach orbit and falling into the atmosphere over the South Pacific Ocean. [11] In reaction to the loss of IKONOS-1, the spacecraft was renamed IKONOS[11][12] and its processing accelerated, resulting in a launch on 24 September 1999 at 18:22 UTC, also from Vandenberg aboard an Athena II rocket.
1879. » | Frequently Asked Questions ». Resolution: Nominally 0.82 m (panchromatic mode) or 3.28 m (multispectral mode) [10], IKONOS-2 was built in parallel with and as an identical twin to IKONOS-1. The IKONOS satellite was successfully launched on September 24th, 1999 and has provided over a decade of high resolution imagery. In addition, the images are projected in Universal Transverse Mercator. The IKONOS satellite is the world’s first commercial satellite to collect panchromatic (black-and-white) images with 0,80 m resolution and multispectral imagery with 3,2-meter resolution. [1][13], In December 2000, IKONOS received the "Best of What's New" Grant Award in Aviation & Space from Popular Science magazine. The IKONOS satellite collects high-quality satellite imagery for map creation, change detection, imagery analysis and more. [2] The company began selling IKONOS imagery on the market on 1 January 2000. [5] On 25 October 1995 partner company Space Imaging received a license from the Federal Communications Commission (FCC) to transmit telemetry from the satellite in the eight-gigahertz Earth Exploration Satellite Services band.
The satellite itself was launched on the 24th of September in 1999 from the Vandenberg Air Base, California.
The name comes from the Greek word eikōn, for "image". IKONOS was a commercial Earth observation satellite, and was the first to collect publicly available high-resolution imagery at 1- and 4-meter resolution. IKONOS operated in a Sun-synchronous, near-polar, circular orbit at approximately 680 km (423 mi). [20] The detectors at the focal plane included a panchromatic sensor with 13,500 pixels cross-track, and four multispectral sensors (blue, green, red, and near-infrared) each with 3,375 pixels along-track. The main mirror featured a honeycomb design to reduce mass.
McGill University Library has a small collection of GeoEye's Ikonos satellite imagery. It collected multispectral (MS) and panchromatic (PAN) imagery.
Orbit: Type
[20], Last edited on 18 September 2020, at 08:26, "Launch/Orbital information for Ikonos 2", "DigitalGlobe's IKONOS Satellite Retired After 15 Years of On-Orbit Operation", "Giant Leap for Private Industry: Spies in Space", "Company News: Lockheed Wins License for Satellite Sensing System", "Space Imaging granted FCC license for private remote sensing satellite system", "Faulty Athena Shroud Ruins Ikonos 1 Launch", "Lockheed Martin Athena Launch of Ikonos Satellite Experienced an Anomaly", "DA 01-765: Application for Modification of Space Station Authorization", "Commercial Remote Sensing Satellites and the Regulation of Violence in Areas of Limited Statehood", "Orbimage-Space Imaging Merger Expected To Stabilize the Industry", "The life and death of Ikonos, a pioneering commercial satellite", https://en.wikipedia.org/w/index.php?title=Ikonos&oldid=979019246, Creative Commons Attribution-ShareAlike License, This page was last edited on 18 September 2020, at 08:26.
[3] During its lifetime, IKONOS produced 597,802 public images, covering more than 400 million km2 (154 million sq mi) of area.
Inclination, deg. Topographic and pictorial map of the City of Montreal.
[state geographic area here]. Its design life was seven years. ikonos It collected multispectral (MS) and panchromatic (PAN) imagery.
All of the images have been radiometrically and geometrically corrected. [4] IKONOS imagery began being sold on 1 January 2000, and the spacecraft was retired in 2015. IKONOS was a commercial Earth observation satellite, and was the first to collect publicly available high-resolution imagery at 1- and 4-meter resolution.It collected multispectral (MS) and panchromatic (PAN) imagery. Chat • Email • Text • Call Send feedback Report a problem, Schulich Library of Physical Sciences, Life Sciences, and Engineering (Temporarily closed), Vivre McGill en français : Bibliothèque et Archives, Affiliated collections & partner libraries, The McGill Library Reimagined Fiat Lux: Let There Be Light, Environmental Assessment and Site Analysis, Hydrology, Oceanography, and Water Resources. Each satellite image in our collection has two components, a black and white image (82 cm resolution), and a multispectral image (320 cm resolution). 1846.
Must be used soley for research and educational purposes, Members of the McGill Community can obtain copies of the data by filling out the. Montreal (CMM) - Administrative Boundaries, Montreal Metropolitan Community Orthophotos, Most frequently requested datasets by discipline, Occupation du sol (Montreal Urban Community Landuse File), Sources of Montreal Municipal Documents & Information.
Longmont, Colorado : GeoEye, [year].
Questions? With Ikonos-2, a new era of 1 m spatial resolution imagery began for spaceborne instruments in the field of civil Earth observation. Each satellite image in our collection has two components, a black and white image (82 cm resolution), and a multispectral image (320 cm resolution). The satellite itself was launched on the 24th of September in 1999 from the Vandenberg Air Base, California. In April 1994 Lockheed was granted one of the first licenses from the U.S. Department of Commerce for commercial satellite high-resolution imagery.
[15][16] The merged company was renamed GeoEye,[16] which was itself acquired by DigitalGlobe in January 2013.
The capability to observe Earth via space-based telescope has been called "one of the most significant developments in the history of the space age", and IKONOS brought imagery rivaling that of military spy satellites to the commercial market. McGill University Library has a small collection of GeoEye's Ikonos satellite imagery.
Topographic maps of Africa, Asia, Oceania, Antarctica, Please contact McGill Library for documentation, Restricted to McGill University community. Ask us!
[1], IKONOS's primary instrument was the Optical Sensor Assembly (OSA), designed and built by Kodak. The spacecraft body was a hexagonal design of 1.83 by 1.57 meters (6.0 by 5.2 ft) and 817 kilograms (1,800 lb), with 1.5 kilowatts of power provided by three solar panels.
Ikonos-2 is a commercial high-resolution imaging satellite of DigitalGlobe, Longmont, CO, USA, providing high-resolution imagery on a commercial basis. Application of IKONOS Satellite Images in Monitoring of Urban Landuse Change in Ikeja, GRA, Lagos, Nigeria Dr. Michael Ajide Ajide Oyinloye1* and Professor O. Kufoniyi2 ... use satellite imagery to classify the Ikeja GRA into different types of use to which the land being put. The design later became known as the LM-900 satellite bus and was optimized to carry remote sensing payloads.
IKONOS imagery is being used for national security, military mapping, air and marine transportation, and by regional and local governments.
The IKONOS satellite simultaneously collects 1-m panchromatic and 4-m multispectral images, providing the commercial and scientific community with a dramatic improvement in spatial resolution over previously available satellite imagery. [18], IKONOS was a three-axis stabilized spacecraft designed by Lockheed Martin Space Systems.
All library branches closed until further notice. Map of the City and Suburbs of Montreal. Completion of its construction was projected for July 1999 with a January 2000 launch.
[19] Four reaction wheels stabilized the spacecraft's altitude, which was measured by two star trackers and a sun sensor. With its resolution down to 0.82m and a revisit time of 1-3 days, IKONOS imagery has proved fundamental to a multitude of applications from urban and rural mapping or natural resources and disasters to agricultural and forest analysis.
Access e-resources & virtual services now.Find out more » | Questions? [17], DigitalGlobe operated IKONOS until its retirement on 31 March 2015.
[21] Total instrument mass was 171 kg (377 lb) and it consumed 350 watts. IKONOS originated under the Lockheed Corporation as the Commercial Remote Sensing System (CRSS) satellite. IKONOS-1 was launched on 27 April 1999 at 18:22 UTC from Vandenberg AFB Space Launch Complex 6,[8][9] but Athena II rocket's payload fairing did not separate due to an electrical malfunction, resulting in the satellite failing to reach orbit and falling into the atmosphere over the South Pacific Ocean. [11] In reaction to the loss of IKONOS-1, the spacecraft was renamed IKONOS[11][12] and its processing accelerated, resulting in a launch on 24 September 1999 at 18:22 UTC, also from Vandenberg aboard an Athena II rocket.
1879. » | Frequently Asked Questions ». Resolution: Nominally 0.82 m (panchromatic mode) or 3.28 m (multispectral mode) [10], IKONOS-2 was built in parallel with and as an identical twin to IKONOS-1. The IKONOS satellite was successfully launched on September 24th, 1999 and has provided over a decade of high resolution imagery. In addition, the images are projected in Universal Transverse Mercator. The IKONOS satellite is the world’s first commercial satellite to collect panchromatic (black-and-white) images with 0,80 m resolution and multispectral imagery with 3,2-meter resolution. [1][13], In December 2000, IKONOS received the "Best of What's New" Grant Award in Aviation & Space from Popular Science magazine. The IKONOS satellite collects high-quality satellite imagery for map creation, change detection, imagery analysis and more. [2] The company began selling IKONOS imagery on the market on 1 January 2000. [5] On 25 October 1995 partner company Space Imaging received a license from the Federal Communications Commission (FCC) to transmit telemetry from the satellite in the eight-gigahertz Earth Exploration Satellite Services band.
The satellite itself was launched on the 24th of September in 1999 from the Vandenberg Air Base, California.
The name comes from the Greek word eikōn, for "image". IKONOS was a commercial Earth observation satellite, and was the first to collect publicly available high-resolution imagery at 1- and 4-meter resolution. IKONOS operated in a Sun-synchronous, near-polar, circular orbit at approximately 680 km (423 mi). [20] The detectors at the focal plane included a panchromatic sensor with 13,500 pixels cross-track, and four multispectral sensors (blue, green, red, and near-infrared) each with 3,375 pixels along-track. The main mirror featured a honeycomb design to reduce mass.
McGill University Library has a small collection of GeoEye's Ikonos satellite imagery. It collected multispectral (MS) and panchromatic (PAN) imagery.
Orbit: Type
[20], Last edited on 18 September 2020, at 08:26, "Launch/Orbital information for Ikonos 2", "DigitalGlobe's IKONOS Satellite Retired After 15 Years of On-Orbit Operation", "Giant Leap for Private Industry: Spies in Space", "Company News: Lockheed Wins License for Satellite Sensing System", "Space Imaging granted FCC license for private remote sensing satellite system", "Faulty Athena Shroud Ruins Ikonos 1 Launch", "Lockheed Martin Athena Launch of Ikonos Satellite Experienced an Anomaly", "DA 01-765: Application for Modification of Space Station Authorization", "Commercial Remote Sensing Satellites and the Regulation of Violence in Areas of Limited Statehood", "Orbimage-Space Imaging Merger Expected To Stabilize the Industry", "The life and death of Ikonos, a pioneering commercial satellite", https://en.wikipedia.org/w/index.php?title=Ikonos&oldid=979019246, Creative Commons Attribution-ShareAlike License, This page was last edited on 18 September 2020, at 08:26.
[3] During its lifetime, IKONOS produced 597,802 public images, covering more than 400 million km2 (154 million sq mi) of area.
Inclination, deg. Topographic and pictorial map of the City of Montreal.
[state geographic area here]. Its design life was seven years. ikonos It collected multispectral (MS) and panchromatic (PAN) imagery.
All of the images have been radiometrically and geometrically corrected. [4] IKONOS imagery began being sold on 1 January 2000, and the spacecraft was retired in 2015. IKONOS was a commercial Earth observation satellite, and was the first to collect publicly available high-resolution imagery at 1- and 4-meter resolution.It collected multispectral (MS) and panchromatic (PAN) imagery. Chat • Email • Text • Call Send feedback Report a problem, Schulich Library of Physical Sciences, Life Sciences, and Engineering (Temporarily closed), Vivre McGill en français : Bibliothèque et Archives, Affiliated collections & partner libraries, The McGill Library Reimagined Fiat Lux: Let There Be Light, Environmental Assessment and Site Analysis, Hydrology, Oceanography, and Water Resources. Each satellite image in our collection has two components, a black and white image (82 cm resolution), and a multispectral image (320 cm resolution). 1846.
Must be used soley for research and educational purposes, Members of the McGill Community can obtain copies of the data by filling out the. Montreal (CMM) - Administrative Boundaries, Montreal Metropolitan Community Orthophotos, Most frequently requested datasets by discipline, Occupation du sol (Montreal Urban Community Landuse File), Sources of Montreal Municipal Documents & Information.
Longmont, Colorado : GeoEye, [year].
Questions? With Ikonos-2, a new era of 1 m spatial resolution imagery began for spaceborne instruments in the field of civil Earth observation. Each satellite image in our collection has two components, a black and white image (82 cm resolution), and a multispectral image (320 cm resolution). The satellite itself was launched on the 24th of September in 1999 from the Vandenberg Air Base, California. In April 1994 Lockheed was granted one of the first licenses from the U.S. Department of Commerce for commercial satellite high-resolution imagery.
[15][16] The merged company was renamed GeoEye,[16] which was itself acquired by DigitalGlobe in January 2013.
The capability to observe Earth via space-based telescope has been called "one of the most significant developments in the history of the space age", and IKONOS brought imagery rivaling that of military spy satellites to the commercial market. McGill University Library has a small collection of GeoEye's Ikonos satellite imagery.
Topographic maps of Africa, Asia, Oceania, Antarctica, Please contact McGill Library for documentation, Restricted to McGill University community. Ask us!
[1], IKONOS's primary instrument was the Optical Sensor Assembly (OSA), designed and built by Kodak. The spacecraft body was a hexagonal design of 1.83 by 1.57 meters (6.0 by 5.2 ft) and 817 kilograms (1,800 lb), with 1.5 kilowatts of power provided by three solar panels.
Ikonos-2 is a commercial high-resolution imaging satellite of DigitalGlobe, Longmont, CO, USA, providing high-resolution imagery on a commercial basis. Application of IKONOS Satellite Images in Monitoring of Urban Landuse Change in Ikeja, GRA, Lagos, Nigeria Dr. Michael Ajide Ajide Oyinloye1* and Professor O. Kufoniyi2 ... use satellite imagery to classify the Ikeja GRA into different types of use to which the land being put. The design later became known as the LM-900 satellite bus and was optimized to carry remote sensing payloads.
IKONOS imagery is being used for national security, military mapping, air and marine transportation, and by regional and local governments.
The IKONOS satellite simultaneously collects 1-m panchromatic and 4-m multispectral images, providing the commercial and scientific community with a dramatic improvement in spatial resolution over previously available satellite imagery. [18], IKONOS was a three-axis stabilized spacecraft designed by Lockheed Martin Space Systems.
In addition, the images are projected in Universal Transverse Mercator.
IKONOS collects 1m and 4m Geo Ortho Kit imagery at an elevation angle between 60 and 90 degrees. IKONOS imagery is being used for national security, military mapping, air and marine transportation, and by regional and local governments. The capability to observe Earth via space-based telescope has been called "one of the most significant developments in the history of the space age", and IKONOS brought imagery rivaling that of military spy satellites to the commercial market. 1:12000 – 10
Ask us! Atlas of the city and island of Montreal. Orbital position information was provided by a GPS receiver. Its nadir image swath was 11.3 km (7 mi).
All library branches closed until further notice. Map of the City and Suburbs of Montreal. Completion of its construction was projected for July 1999 with a January 2000 launch.
[19] Four reaction wheels stabilized the spacecraft's altitude, which was measured by two star trackers and a sun sensor. With its resolution down to 0.82m and a revisit time of 1-3 days, IKONOS imagery has proved fundamental to a multitude of applications from urban and rural mapping or natural resources and disasters to agricultural and forest analysis.
Access e-resources & virtual services now.Find out more » | Questions? [17], DigitalGlobe operated IKONOS until its retirement on 31 March 2015.
[21] Total instrument mass was 171 kg (377 lb) and it consumed 350 watts. IKONOS originated under the Lockheed Corporation as the Commercial Remote Sensing System (CRSS) satellite. IKONOS-1 was launched on 27 April 1999 at 18:22 UTC from Vandenberg AFB Space Launch Complex 6,[8][9] but Athena II rocket's payload fairing did not separate due to an electrical malfunction, resulting in the satellite failing to reach orbit and falling into the atmosphere over the South Pacific Ocean. [11] In reaction to the loss of IKONOS-1, the spacecraft was renamed IKONOS[11][12] and its processing accelerated, resulting in a launch on 24 September 1999 at 18:22 UTC, also from Vandenberg aboard an Athena II rocket.
1879. » | Frequently Asked Questions ». Resolution: Nominally 0.82 m (panchromatic mode) or 3.28 m (multispectral mode) [10], IKONOS-2 was built in parallel with and as an identical twin to IKONOS-1. The IKONOS satellite was successfully launched on September 24th, 1999 and has provided over a decade of high resolution imagery. In addition, the images are projected in Universal Transverse Mercator. The IKONOS satellite is the world’s first commercial satellite to collect panchromatic (black-and-white) images with 0,80 m resolution and multispectral imagery with 3,2-meter resolution. [1][13], In December 2000, IKONOS received the "Best of What's New" Grant Award in Aviation & Space from Popular Science magazine. The IKONOS satellite collects high-quality satellite imagery for map creation, change detection, imagery analysis and more. [2] The company began selling IKONOS imagery on the market on 1 January 2000. [5] On 25 October 1995 partner company Space Imaging received a license from the Federal Communications Commission (FCC) to transmit telemetry from the satellite in the eight-gigahertz Earth Exploration Satellite Services band.
The satellite itself was launched on the 24th of September in 1999 from the Vandenberg Air Base, California.
The name comes from the Greek word eikōn, for "image". IKONOS was a commercial Earth observation satellite, and was the first to collect publicly available high-resolution imagery at 1- and 4-meter resolution. IKONOS operated in a Sun-synchronous, near-polar, circular orbit at approximately 680 km (423 mi). [20] The detectors at the focal plane included a panchromatic sensor with 13,500 pixels cross-track, and four multispectral sensors (blue, green, red, and near-infrared) each with 3,375 pixels along-track. The main mirror featured a honeycomb design to reduce mass.
McGill University Library has a small collection of GeoEye's Ikonos satellite imagery. It collected multispectral (MS) and panchromatic (PAN) imagery.
Orbit: Type
[20], Last edited on 18 September 2020, at 08:26, "Launch/Orbital information for Ikonos 2", "DigitalGlobe's IKONOS Satellite Retired After 15 Years of On-Orbit Operation", "Giant Leap for Private Industry: Spies in Space", "Company News: Lockheed Wins License for Satellite Sensing System", "Space Imaging granted FCC license for private remote sensing satellite system", "Faulty Athena Shroud Ruins Ikonos 1 Launch", "Lockheed Martin Athena Launch of Ikonos Satellite Experienced an Anomaly", "DA 01-765: Application for Modification of Space Station Authorization", "Commercial Remote Sensing Satellites and the Regulation of Violence in Areas of Limited Statehood", "Orbimage-Space Imaging Merger Expected To Stabilize the Industry", "The life and death of Ikonos, a pioneering commercial satellite", https://en.wikipedia.org/w/index.php?title=Ikonos&oldid=979019246, Creative Commons Attribution-ShareAlike License, This page was last edited on 18 September 2020, at 08:26.
[3] During its lifetime, IKONOS produced 597,802 public images, covering more than 400 million km2 (154 million sq mi) of area.
Inclination, deg. Topographic and pictorial map of the City of Montreal.
[state geographic area here]. Its design life was seven years. ikonos It collected multispectral (MS) and panchromatic (PAN) imagery.
All of the images have been radiometrically and geometrically corrected. [4] IKONOS imagery began being sold on 1 January 2000, and the spacecraft was retired in 2015. IKONOS was a commercial Earth observation satellite, and was the first to collect publicly available high-resolution imagery at 1- and 4-meter resolution.It collected multispectral (MS) and panchromatic (PAN) imagery. Chat • Email • Text • Call Send feedback Report a problem, Schulich Library of Physical Sciences, Life Sciences, and Engineering (Temporarily closed), Vivre McGill en français : Bibliothèque et Archives, Affiliated collections & partner libraries, The McGill Library Reimagined Fiat Lux: Let There Be Light, Environmental Assessment and Site Analysis, Hydrology, Oceanography, and Water Resources. Each satellite image in our collection has two components, a black and white image (82 cm resolution), and a multispectral image (320 cm resolution). 1846.
Must be used soley for research and educational purposes, Members of the McGill Community can obtain copies of the data by filling out the. Montreal (CMM) - Administrative Boundaries, Montreal Metropolitan Community Orthophotos, Most frequently requested datasets by discipline, Occupation du sol (Montreal Urban Community Landuse File), Sources of Montreal Municipal Documents & Information.
Longmont, Colorado : GeoEye, [year].
Questions? With Ikonos-2, a new era of 1 m spatial resolution imagery began for spaceborne instruments in the field of civil Earth observation. Each satellite image in our collection has two components, a black and white image (82 cm resolution), and a multispectral image (320 cm resolution). The satellite itself was launched on the 24th of September in 1999 from the Vandenberg Air Base, California. In April 1994 Lockheed was granted one of the first licenses from the U.S. Department of Commerce for commercial satellite high-resolution imagery.
[15][16] The merged company was renamed GeoEye,[16] which was itself acquired by DigitalGlobe in January 2013.
The capability to observe Earth via space-based telescope has been called "one of the most significant developments in the history of the space age", and IKONOS brought imagery rivaling that of military spy satellites to the commercial market. McGill University Library has a small collection of GeoEye's Ikonos satellite imagery.
Topographic maps of Africa, Asia, Oceania, Antarctica, Please contact McGill Library for documentation, Restricted to McGill University community. Ask us!
[1], IKONOS's primary instrument was the Optical Sensor Assembly (OSA), designed and built by Kodak. The spacecraft body was a hexagonal design of 1.83 by 1.57 meters (6.0 by 5.2 ft) and 817 kilograms (1,800 lb), with 1.5 kilowatts of power provided by three solar panels.
Ikonos-2 is a commercial high-resolution imaging satellite of DigitalGlobe, Longmont, CO, USA, providing high-resolution imagery on a commercial basis. Application of IKONOS Satellite Images in Monitoring of Urban Landuse Change in Ikeja, GRA, Lagos, Nigeria Dr. Michael Ajide Ajide Oyinloye1* and Professor O. Kufoniyi2 ... use satellite imagery to classify the Ikeja GRA into different types of use to which the land being put. The design later became known as the LM-900 satellite bus and was optimized to carry remote sensing payloads.
IKONOS imagery is being used for national security, military mapping, air and marine transportation, and by regional and local governments.
The IKONOS satellite simultaneously collects 1-m panchromatic and 4-m multispectral images, providing the commercial and scientific community with a dramatic improvement in spatial resolution over previously available satellite imagery. [18], IKONOS was a three-axis stabilized spacecraft designed by Lockheed Martin Space Systems.
