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3:28
What Are China's Autonomous Regions?
What Are China's Autonomous Regions?
What Are China's Autonomous Regions?
Why Does China Have So Many Billionaires? http://testu.be/1R6R7Om
Subscribe! http://bitly.com/1iLOHml
China is one of the world's biggest countries and has over 55 ethnic minorities. So what are some of China's autonomous regions?
Learn More:
Why is there tension between China and the Uighurs?
http://www.bbc.com/news/world-asia-china-26414014
"The Xinjiang autonomous region in China's far west has had a long history of discord between the authorities and the indigenous ethnic Uighur population."
Inner Mongolia
http://thechinaperspective.com/topics/province/inner-mongolia/
"China's third largest province by land area, Inner Mongolia is
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2:30
Ghost In The Shell : Stand Alone Complex - Tohoku Autonomous Area Office Block
Ghost In The Shell : Stand Alone Complex - Tohoku Autonomous Area Office Block
Ghost In The Shell : Stand Alone Complex - Tohoku Autonomous Area Office Block
Ghost in the Shell Stand Alone Complex, Playstation 2 platform, Original Soundtrack. All the credits and Music Copyrights go to Nobuyoshi Sano. Find this son...
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6:29
Autonomous Area Search w/ Satellite Imagery
Autonomous Area Search w/ Satellite Imagery
Autonomous Area Search w/ Satellite Imagery
A demonstration and explanation of the scout mission generation module I've been developing for a multi-agent robotic system as part of my senior design course. It's a work in progress but I'm about to give a presentation on it so in preparation I created this video. I think this is a simple and cost effective solution for the problem at hand as we didn't need to purchase any additional sensors or equipment and it seems quite capable of performing the required task of autonomously searching an area.
Special thanks to Franco, Gustavo (gustavo_franco@hotmail.com) for creating the fantastic implementation of an A-Star pathfinder used in this p
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7:03
Autonomous Control of UAS Ground Operations in the Terminal Area
Autonomous Control of UAS Ground Operations in the Terminal Area
Autonomous Control of UAS Ground Operations in the Terminal Area
The terminal area is highly complex, dynamic, and congested environment presenting many challenges in terms of safety maintenance. Current operations require...
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1:51
Schréder smart autonomous adaptive lighting for public transportation area
Schréder smart autonomous adaptive lighting for public transportation area
Schréder smart autonomous adaptive lighting for public transportation area
http://www.schreder.com - The Autonomous Network Dimming system enables luminaires to communicate together in a wireless network to provide dynamic profile d...
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2:51
Autonomous Robot exploring a wide area
Autonomous Robot exploring a wide area
Autonomous Robot exploring a wide area
A wifibot running CoreSLAM and CoreControl in Mines ParisTech cellar.
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0:56
2014 FTC Pittsburgh Area Scrimmage (Autonomous Mode: Match 3)
2014 FTC Pittsburgh Area Scrimmage (Autonomous Mode: Match 3)
2014 FTC Pittsburgh Area Scrimmage (Autonomous Mode: Match 3)
2014 Videos of FTC Team 8645 competing in our first official FTC event. This event was the 2014 Pittsburgh Area FTC Scrimmage. This was our team's first match of the day.
(Autonomous Mode: Match 3)
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0:59
Area 51 Autonomous Mode at Nationals
Area 51 Autonomous Mode at Nationals
Area 51 Autonomous Mode at Nationals
Area 51 Autonomous Mode at Nationals
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1:33
Autonomous ground vehicles scanning an area
Autonomous ground vehicles scanning an area
Autonomous ground vehicles scanning an area
Two autonomous ground vehicles do an experiment of coordinated area scanning (searching for something). No human intervention. On board computers are in charge of fully automated operation. We only specify the area to explore and then the vehicles plan the lawn mower trajectories. The same algorithm was tested on boats.
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3:16
Autonomous object localization on agricultural areas using air/ground cooperation
Autonomous object localization on agricultural areas using air/ground cooperation
Autonomous object localization on agricultural areas using air/ground cooperation
The video shows the autonomous localization of objects on agricultural areas using our autonomous team of cooperating ground and air robots. The aerial robot equipped with high-resolution camera and simple GPS receiver is used for visual mapping and geo-referencing of the agricultural area. A ground robot uses the generated visual map to efficiently approach detected objects to perform arbitrary actions (e.g. application of pesticides/herbicides) at the object's locations. The video shows the results of a successful field test experiment.
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4:04
PNoy pushes for autonomous Muslim region in Mindanao
PNoy pushes for autonomous Muslim region in Mindanao
PNoy pushes for autonomous Muslim region in Mindanao
President Benigno Aquino III is urging lawmakers to enact a law that creates a Muslim autonomous area in the southern part of the Philippines.
Visit us at http://www.balitangamerica.tv and on twitter @balitangamerica.
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0:46
Tripura Tribal Areas Autonomous District Council (TTAADC)
Tripura Tribal Areas Autonomous District Council (TTAADC)
Tripura Tribal Areas Autonomous District Council (TTAADC)
Tripura Tribal Areas Autonomous District Council (TTAADC) is an autonomous council administering the tribal areas of the Indian state, Tripura and is situate...
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4:01
History Repeat: Eastern Libyan province declares itself an autonomous region
History Repeat: Eastern Libyan province declares itself an autonomous region
History Repeat: Eastern Libyan province declares itself an autonomous region
A province in Eastern Libya now wants to go it alone - citing weak central government - it has declared itself an autonomous region. The area is home to 60 p...
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3:15
Autonomous Dead Zone Boat | MichEpedia | Mconnex
Autonomous Dead Zone Boat | MichEpedia | Mconnex
Autonomous Dead Zone Boat | MichEpedia | Mconnex
Researchers at the University of Michigan are developing an autonomous unmanned vehicle attached with temperature sensors to define hypoxic or dissolved oxygen areas in Michigan's smaller lakes.
Outputs of a coupled hydrodynamic and limnological model will be used to derive a preliminary and optimal sampling path for the boat. The path of the vehicle is then changed in real time to maximize the value of collected data.
The project is being run by Civil and Environmental Engineering Assistant Professor Branko Kerkez with expectations of scaling up the size of the vessel to eventually take readings inside Lake Erie, an area with a history of hy
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3:27
Autonomous Underwater Vehicle
Autonomous Underwater Vehicle
Autonomous Underwater Vehicle
The Australian Maritime College's flagship vessel Bluefin has just returned from Maatsuyker Island off southern Tasmania where it has been deployed to map the area using an autonomous underwater vehicle. Watch this video to hear Dr Neville Barrett and Professor Stefan Williams explain further.
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8:40
Translogic 185: Ford Autonomous and Virtual Vehicle Testing
Translogic 185: Ford Autonomous and Virtual Vehicle Testing
Translogic 185: Ford Autonomous and Virtual Vehicle Testing
Translogic heads to the metro-Detroit area to see how Ford is using autonomous and virtual reality technology to make vehicle testing and manufacturing safer. http://www.autoblog.com/translogic/
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45:13
What Is The Nakhchivan Autonomous Republic?
What Is The Nakhchivan Autonomous Republic?
What Is The Nakhchivan Autonomous Republic?
The Nakhchivan Autonomous Republic (Azerbaijani: Naxçıvan Muxtar Respublikası) is a landlocked exclave of the Republic of Azerbaijan. The region covers 5,500 km2 with a population of 410,000, bordering Armenia (length of frontier 221 km) to the east and north, Iran (179 km) to the south and west, and Turkey (only 15 km) to the northwest.
The area that is now Nakhchivan became part of the Safavid dynasty of Persia in the 16th century. In 1828, after the last Russo-Persian War and the Treaty of Turkmenchay, the Nakhchivan Khanate passed into Imperial Russian possession. After the 1917 February Revolution, Nakhchivan and its surrounding region w
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4:00
Mercedes-Benz Actros - Autonomous Truck on Public Roads
Mercedes-Benz Actros - Autonomous Truck on Public Roads
Mercedes-Benz Actros - Autonomous Truck on Public Roads
Mercedes-Benz Actros with Highway Pilot - The first series-production autonomous truck on public roads
Subscribe https://www.youtube.com/user/myDriftFun?sub_confirmation=1
Read Latest Car News - http://mydriftfun.com
Our Google Plus https://goo.gl/9gB9Qt
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With this permit the truck is allowed to drive on motorways on an automated basis. The truck used for the premiere is a standard Mercedes-Benz Actros equipped with the intelligent Highway Pilot system for this test of autonomous driving on public roads. The truck is approved as a test vehicle in accordance with §19/6 StVZO (German road traffic
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24:14
Free Derry
Free Derry
Free Derry
Free Derry documents the rise and fall of an autonomous, nationalist, Irish Catholic area of Northern Ireland from 1969-1972. The region "broke away" from th...
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3:53
Autonomous Minesweeping with Quadcopters (Quadcopter control with Vicon)
Autonomous Minesweeping with Quadcopters (Quadcopter control with Vicon)
Autonomous Minesweeping with Quadcopters (Quadcopter control with Vicon)
2nd semester University project to make an Autonomous quadcopter for detecting mines in a minefield by doing a systematic/pattern scan, covering all area. Th...
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1:03
Autonomous, Flying 3D Scanner
Autonomous, Flying 3D Scanner
Autonomous, Flying 3D Scanner
In this video, we demonstrate our flying 3D scanner. Our quadrotor flies autonomously over an area of interest using only its onboard sensors: namely, a single, down-looking camera and an inertial measurement unit. All flight-relevant computation is performed onboard, on a smartphone processor. No pilot, GPS, or motion-capture system is required. We stream a subset of the images down to a laptop computer, where we compute a dense 3D model of the environment. Our algorithms are so efficient that we can create these models in real-time. Therefore, our system has high potential for applications in which detailed information about an unknown envi
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2:05
South Africa's first water and energy autonomous house
South Africa's first water and energy autonomous house
South Africa's first water and energy autonomous house
International Solar Energy Society scientific committee co-chair Professor Dieter Holm built a water and energy autonomous house in the Hartbeespoort Dam are...
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5:01
Kashgar Travel, The Xinjiang Autonomous Region
Kashgar Travel, The Xinjiang Autonomous Region
Kashgar Travel, The Xinjiang Autonomous Region
Kashgar or Kashi is an oasis county-level city with 3,979,921 inhabitants at the 2010 census whom 819,095 lived in the built-up (or metro) area made up of Kashgar District and Shule County now linked by urbanization. The city itself was home to 506,640 inhabitants. It's located in the western extremity of the People's Republic of China, near the border with Tajikistan and Kyrgyzstan. Kashgar is the administrative centre of Kashgar Prefecture of the Xinjiang Uyghur Autonomous Region which has an area of 162,000 square kilometres (63,000 sq mi). The city's urban area extends for 555 km2 (214 sq mi).
What Are China's Autonomous Regions?
Why Does China Have So Many Billionaires? http://testu.be/1R6R7Om
Subscribe! http://bitly.com/1iLOHml
China is one of the world's biggest countries and has over 55 ethnic minorities. So what are some of China's autonomous regions?
Learn More:
Why is there tension between China and the Uighurs?
http://www.bbc.com/news/world-asia-china-26414014
"The Xinjiang autonomous region in China's far west has had a long history of discord between the authorities and the indigenous ethnic Uighur population."
Inner Mongolia
http://thechinaperspective.com/topics/province/inner-mongolia/
"China's third largest province by land area, Inner Mongolia is also China's largest livestock producer, including cashmere, milk, and meat. "
Tibet's Road Ahead
http://www.latimes.com/world/asia/la-fg-tibet-future-20150705-story.html#page=1
"To hear the Dalai Lama laugh, his face lighting up in a beatific smile, it is easy to forget the cascade of disasters endured by the Tibetan Buddhist movement over the course of his life."
Subscribe to TestTube News!
http://bitly.com/1iLOHml
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TestTube News is committed to answering the smart, inquisitive questions we have about life, society, politics and anything else happening in the news. It's a place where curiosity rules and together we'll get a clearer understanding of this crazy world we live in.
Watch more TestTube: http://testtube.com/testtubenews
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Download the New TestTube iOS app! http://testu.be/1ndmmMq
Special thanks to Lissette Padilla for hosting TestTube!
Check Lissette out on Twitter:https://twitter.com/lizzette
wn.com/What Are China's Autonomous Regions
Why Does China Have So Many Billionaires? http://testu.be/1R6R7Om
Subscribe! http://bitly.com/1iLOHml
China is one of the world's biggest countries and has over 55 ethnic minorities. So what are some of China's autonomous regions?
Learn More:
Why is there tension between China and the Uighurs?
http://www.bbc.com/news/world-asia-china-26414014
"The Xinjiang autonomous region in China's far west has had a long history of discord between the authorities and the indigenous ethnic Uighur population."
Inner Mongolia
http://thechinaperspective.com/topics/province/inner-mongolia/
"China's third largest province by land area, Inner Mongolia is also China's largest livestock producer, including cashmere, milk, and meat. "
Tibet's Road Ahead
http://www.latimes.com/world/asia/la-fg-tibet-future-20150705-story.html#page=1
"To hear the Dalai Lama laugh, his face lighting up in a beatific smile, it is easy to forget the cascade of disasters endured by the Tibetan Buddhist movement over the course of his life."
Subscribe to TestTube News!
http://bitly.com/1iLOHml
_________________________
TestTube News is committed to answering the smart, inquisitive questions we have about life, society, politics and anything else happening in the news. It's a place where curiosity rules and together we'll get a clearer understanding of this crazy world we live in.
Watch more TestTube: http://testtube.com/testtubenews
Subscribe now! http://www.youtube.com/subscription_center?add_user=testtubenetwork
TestTube on Twitter https://twitter.com/TestTube
Trace Dominguez on Twitter https://twitter.com/TraceDominguez
TestTube on Facebook https://facebook.com/testtubenetwork
TestTube on Google+ http://gplus.to/TestTube
Download the New TestTube iOS app! http://testu.be/1ndmmMq
Special thanks to Lissette Padilla for hosting TestTube!
Check Lissette out on Twitter:https://twitter.com/lizzette
- published: 01 Oct 2015
- views: 6332
Ghost In The Shell : Stand Alone Complex - Tohoku Autonomous Area Office Block
Ghost in the Shell Stand Alone Complex, Playstation 2 platform, Original Soundtrack. All the credits and Music Copyrights go to Nobuyoshi Sano. Find this son...
wn.com/Ghost In The Shell Stand Alone Complex Tohoku Autonomous Area Office Block
Ghost in the Shell Stand Alone Complex, Playstation 2 platform, Original Soundtrack. All the credits and Music Copyrights go to Nobuyoshi Sano. Find this son...
Autonomous Area Search w/ Satellite Imagery
A demonstration and explanation of the scout mission generation module I've been developing for a multi-agent robotic system as part of my senior design course. It's a work in progress but I'm about to give a presentation on it so in preparation I created this video. I think this is a simple and cost effective solution for the problem at hand as we didn't need to purchase any additional sensors or equipment and it seems quite capable of performing the required task of autonomously searching an area.
Special thanks to Franco, Gustavo (gustavo_franco@hotmail.com) for creating the fantastic implementation of an A-Star pathfinder used in this project which can be found here:
http://www.codeguru.com/csharp/csharp/cs_misc/designtechniques/article.php/c12527/AStar-A-Implementation-in-C-Path-Finding-PathFinder.htm
Thanks to Scott Lobdell (http://scottlobdell.me) for creating the system I used to convert from static satellite image pixel coordinates to latitude-longitude
http://scottlobdell.me/2014/03/basic-google-maps-manager-python-opencv/
And thanks to Mehmet Ali ECER mehmetaliecer@gmail.com for the Dijkstra's Algorithm implementation (despite the fact that his provided implementation was totally broken and needed to be fixed, it got most things right)
wn.com/Autonomous Area Search W Satellite Imagery
A demonstration and explanation of the scout mission generation module I've been developing for a multi-agent robotic system as part of my senior design course. It's a work in progress but I'm about to give a presentation on it so in preparation I created this video. I think this is a simple and cost effective solution for the problem at hand as we didn't need to purchase any additional sensors or equipment and it seems quite capable of performing the required task of autonomously searching an area.
Special thanks to Franco, Gustavo (gustavo_franco@hotmail.com) for creating the fantastic implementation of an A-Star pathfinder used in this project which can be found here:
http://www.codeguru.com/csharp/csharp/cs_misc/designtechniques/article.php/c12527/AStar-A-Implementation-in-C-Path-Finding-PathFinder.htm
Thanks to Scott Lobdell (http://scottlobdell.me) for creating the system I used to convert from static satellite image pixel coordinates to latitude-longitude
http://scottlobdell.me/2014/03/basic-google-maps-manager-python-opencv/
And thanks to Mehmet Ali ECER mehmetaliecer@gmail.com for the Dijkstra's Algorithm implementation (despite the fact that his provided implementation was totally broken and needed to be fixed, it got most things right)
- published: 26 Mar 2015
- views: 10
Autonomous Control of UAS Ground Operations in the Terminal Area
The terminal area is highly complex, dynamic, and congested environment presenting many challenges in terms of safety maintenance. Current operations require...
wn.com/Autonomous Control Of Uas Ground Operations In The Terminal Area
The terminal area is highly complex, dynamic, and congested environment presenting many challenges in terms of safety maintenance. Current operations require...
Schréder smart autonomous adaptive lighting for public transportation area
http://www.schreder.com - The Autonomous Network Dimming system enables luminaires to communicate together in a wireless network to provide dynamic profile d...
wn.com/Schréder Smart Autonomous Adaptive Lighting For Public Transportation Area
http://www.schreder.com - The Autonomous Network Dimming system enables luminaires to communicate together in a wireless network to provide dynamic profile d...
2014 FTC Pittsburgh Area Scrimmage (Autonomous Mode: Match 3)
2014 Videos of FTC Team 8645 competing in our first official FTC event. This event was the 2014 Pittsburgh Area FTC Scrimmage. This was our team's first match of the day.
(Autonomous Mode: Match 3)
wn.com/2014 Ftc Pittsburgh Area Scrimmage (Autonomous Mode Match 3)
2014 Videos of FTC Team 8645 competing in our first official FTC event. This event was the 2014 Pittsburgh Area FTC Scrimmage. This was our team's first match of the day.
(Autonomous Mode: Match 3)
- published: 15 Dec 2014
- views: 70
Autonomous ground vehicles scanning an area
Two autonomous ground vehicles do an experiment of coordinated area scanning (searching for something). No human intervention. On board computers are in charge of fully automated operation. We only specify the area to explore and then the vehicles plan the lawn mower trajectories. The same algorithm was tested on boats.
wn.com/Autonomous Ground Vehicles Scanning An Area
Two autonomous ground vehicles do an experiment of coordinated area scanning (searching for something). No human intervention. On board computers are in charge of fully automated operation. We only specify the area to explore and then the vehicles plan the lawn mower trajectories. The same algorithm was tested on boats.
- published: 21 Oct 2014
- views: 1
Autonomous object localization on agricultural areas using air/ground cooperation
The video shows the autonomous localization of objects on agricultural areas using our autonomous team of cooperating ground and air robots. The aerial robot equipped with high-resolution camera and simple GPS receiver is used for visual mapping and geo-referencing of the agricultural area. A ground robot uses the generated visual map to efficiently approach detected objects to perform arbitrary actions (e.g. application of pesticides/herbicides) at the object's locations. The video shows the results of a successful field test experiment.
wn.com/Autonomous Object Localization On Agricultural Areas Using Air Ground Cooperation
The video shows the autonomous localization of objects on agricultural areas using our autonomous team of cooperating ground and air robots. The aerial robot equipped with high-resolution camera and simple GPS receiver is used for visual mapping and geo-referencing of the agricultural area. A ground robot uses the generated visual map to efficiently approach detected objects to perform arbitrary actions (e.g. application of pesticides/herbicides) at the object's locations. The video shows the results of a successful field test experiment.
- published: 11 Dec 2013
- views: 10
PNoy pushes for autonomous Muslim region in Mindanao
President Benigno Aquino III is urging lawmakers to enact a law that creates a Muslim autonomous area in the southern part of the Philippines.
Visit us at http://www.balitangamerica.tv and on twitter @balitangamerica.
wn.com/Pnoy Pushes For Autonomous Muslim Region In Mindanao
President Benigno Aquino III is urging lawmakers to enact a law that creates a Muslim autonomous area in the southern part of the Philippines.
Visit us at http://www.balitangamerica.tv and on twitter @balitangamerica.
- published: 10 Sep 2014
- views: 9
Tripura Tribal Areas Autonomous District Council (TTAADC)
Tripura Tribal Areas Autonomous District Council (TTAADC) is an autonomous council administering the tribal areas of the Indian state, Tripura and is situate...
wn.com/Tripura Tribal Areas Autonomous District Council (Ttaadc)
Tripura Tribal Areas Autonomous District Council (TTAADC) is an autonomous council administering the tribal areas of the Indian state, Tripura and is situate...
History Repeat: Eastern Libyan province declares itself an autonomous region
A province in Eastern Libya now wants to go it alone - citing weak central government - it has declared itself an autonomous region. The area is home to 60 p...
wn.com/History Repeat Eastern Libyan Province Declares Itself An Autonomous Region
A province in Eastern Libya now wants to go it alone - citing weak central government - it has declared itself an autonomous region. The area is home to 60 p...
- published: 04 Nov 2013
- views: 8145
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author:
RT
Autonomous Dead Zone Boat | MichEpedia | Mconnex
Researchers at the University of Michigan are developing an autonomous unmanned vehicle attached with temperature sensors to define hypoxic or dissolved oxygen areas in Michigan's smaller lakes.
Outputs of a coupled hydrodynamic and limnological model will be used to derive a preliminary and optimal sampling path for the boat. The path of the vehicle is then changed in real time to maximize the value of collected data.
The project is being run by Civil and Environmental Engineering Assistant Professor Branko Kerkez with expectations of scaling up the size of the vessel to eventually take readings inside Lake Erie, an area with a history of hypoxic problems.
About the Professor:
Branko Kerkez wants to build the Internet of water, an intelligent cyber-physical system that connects natural water bodies with physical infrastructure. One main area of interest is the control and optimization of large-scale water systems, spanning everything from water supply (lakes, snowpack, reservoirs) to demand (agricultural and urban uses, hydropower production, decentralized operations of municipal water grids).
http://www-personal.umich.edu/~bkerkez/
Watch additional MichEpedia videos or join the discussion at http://www.engin.umich.edu/mconnex/michepedia
wn.com/Autonomous Dead Zone Boat | Michepedia | Mconnex
Researchers at the University of Michigan are developing an autonomous unmanned vehicle attached with temperature sensors to define hypoxic or dissolved oxygen areas in Michigan's smaller lakes.
Outputs of a coupled hydrodynamic and limnological model will be used to derive a preliminary and optimal sampling path for the boat. The path of the vehicle is then changed in real time to maximize the value of collected data.
The project is being run by Civil and Environmental Engineering Assistant Professor Branko Kerkez with expectations of scaling up the size of the vessel to eventually take readings inside Lake Erie, an area with a history of hypoxic problems.
About the Professor:
Branko Kerkez wants to build the Internet of water, an intelligent cyber-physical system that connects natural water bodies with physical infrastructure. One main area of interest is the control and optimization of large-scale water systems, spanning everything from water supply (lakes, snowpack, reservoirs) to demand (agricultural and urban uses, hydropower production, decentralized operations of municipal water grids).
http://www-personal.umich.edu/~bkerkez/
Watch additional MichEpedia videos or join the discussion at http://www.engin.umich.edu/mconnex/michepedia
- published: 20 Aug 2015
- views: 117
Autonomous Underwater Vehicle
The Australian Maritime College's flagship vessel Bluefin has just returned from Maatsuyker Island off southern Tasmania where it has been deployed to map the area using an autonomous underwater vehicle. Watch this video to hear Dr Neville Barrett and Professor Stefan Williams explain further.
wn.com/Autonomous Underwater Vehicle
The Australian Maritime College's flagship vessel Bluefin has just returned from Maatsuyker Island off southern Tasmania where it has been deployed to map the area using an autonomous underwater vehicle. Watch this video to hear Dr Neville Barrett and Professor Stefan Williams explain further.
- published: 11 Mar 2015
- views: 96
Translogic 185: Ford Autonomous and Virtual Vehicle Testing
Translogic heads to the metro-Detroit area to see how Ford is using autonomous and virtual reality technology to make vehicle testing and manufacturing safer. http://www.autoblog.com/translogic/
wn.com/Translogic 185 Ford Autonomous And Virtual Vehicle Testing
Translogic heads to the metro-Detroit area to see how Ford is using autonomous and virtual reality technology to make vehicle testing and manufacturing safer. http://www.autoblog.com/translogic/
- published: 25 Sep 2015
- views: 59
What Is The Nakhchivan Autonomous Republic?
The Nakhchivan Autonomous Republic (Azerbaijani: Naxçıvan Muxtar Respublikası) is a landlocked exclave of the Republic of Azerbaijan. The region covers 5,500 km2 with a population of 410,000, bordering Armenia (length of frontier 221 km) to the east and north, Iran (179 km) to the south and west, and Turkey (only 15 km) to the northwest.
The area that is now Nakhchivan became part of the Safavid dynasty of Persia in the 16th century. In 1828, after the last Russo-Persian War and the Treaty of Turkmenchay, the Nakhchivan Khanate passed into Imperial Russian possession. After the 1917 February Revolution, Nakhchivan and its surrounding region were under the authority of the Special Transcaucasian Committee of the Russian Provisional Government and subsequently of the short-lived Transcaucasian Democratic Federative Republic. When the TDFR was dissolved in May 1918, Nakhchivan, Nagorno-Karabakh, Zangezur (today the Armenian province of Syunik), and Qazakh were heavily contested between the newly formed and short-lived states of the Democratic Republic of Armenia (DRA) and the Azerbaijan Democratic Republic (ADR). In June 1918, the region came under Ottoman occupation. Under the terms of the Armistice of Mudros, the Ottomans agreed to pull their troops out of the Transcaucasus to make way for British occupation at the close of the First World War. In July 1920, the Soviet Union occupied the region and on July 28, declared the Nakhchivan Autonomous Soviet Socialist Republic with "close ties" to the Azerbaijan SSR, beginning seventy years of Soviet rule. In January 1990 Nakhchivan declared independence from the USSR to protest the suppression of the national movement in Azerbaijan, and became the Nakhchivan Autonomous Republic within the newly independent Republic of Azerbaijan a year later.
The Nakhchivan Autonomous Republic is an autonomous area of Azerbaijan, governed by its own elected legislature. The region continues to suffer from the effects of the conflict between Armenia and Azerbaijan, and its Karki exclave has been under Armenian occupation ever since. The administrative capital is the city of Nakhchivan. Vasif Talibov has been the leader of the Nakhchivan Autonomous Republic since 1995.
Variations of the name Nakhchivan include Nakhichevan, Naxcivan, Naxçivan, Nachidsheuan, Nakhijevan, Nakhchawan, Nakhitchevan, Nakhjavan, and Nakhdjevan. According to the 19th-century language scholar, Johann Heinrich Hübschmann, the name "Nakhichavan" in Armenian literally means "the place of descent", a Biblical reference to the descent of Noah's Ark on the adjacent Mount Ararat. First century Jewish historian Flavius Josephus also writes about Nakhichevan, saying that its original name "Αποβατηριον, or Place of Descent, is the proper rendering of the Armenian name of this very city". Hübschmann notes, however, that it was not known by that name in antiquity. Instead, he states the present-day name evolved to "Nakhchivan" from "Naxčavan". The prefix "Naxč" was a name and "avan" is Armenian for "town". Nakhchivan was also mentioned in Ptolemy's Geography and by other classical writers as Naxuana. Modern historian Suren Yeremyan disputes this assertion, arguing that ancient Armenian tradition placed Nakhichevan's founding to the year 3669 BC and, in ascribing its establishment to Noah, that it took its present name after the Armenian phrase "Nakhnakan Ichevan" (Նախնական Իջևան), or "first landing."
Armenian tradition says that Nakhchivan was founded by Noah. The oldest material culture artifacts found in the region date back to the Neolithic Age. The region was part of the states of Mannae, Urartu and Media. It became part of the Satrapy of Armenia under Achaemenid Persia c. 521 BC. After Alexander the Great's death in 323 BC, various Macedonian generals such as Neoptolemus tried to take control of the region, but ultimately failed and a native Armenian dynasty of Orontids flourished until Armenia was conquered by Antiochus III the Great (ruled 222-187 BC).
In 189 BC, Nakhchivan became part of the new Kingdom of Armenia established by Artaxias I. Within the kingdom, the region of present-day Nakhchivan was part of the Ayrarat, Vaspurakan and Syunik provinces. According to the early medieval Armenian historian Movses Khorenatsi, from the 3rd to 2nd centuries, the region belonged to the Muratsyan nakharar family but after disputes with central power, King Artavazd I massacred the family and seized the lands and formally attached it to the kingdom. The area's status as a major trade center allowed it to prosper; as a result, many foreign powers coveted it.
wn.com/What Is The Nakhchivan Autonomous Republic
The Nakhchivan Autonomous Republic (Azerbaijani: Naxçıvan Muxtar Respublikası) is a landlocked exclave of the Republic of Azerbaijan. The region covers 5,500 km2 with a population of 410,000, bordering Armenia (length of frontier 221 km) to the east and north, Iran (179 km) to the south and west, and Turkey (only 15 km) to the northwest.
The area that is now Nakhchivan became part of the Safavid dynasty of Persia in the 16th century. In 1828, after the last Russo-Persian War and the Treaty of Turkmenchay, the Nakhchivan Khanate passed into Imperial Russian possession. After the 1917 February Revolution, Nakhchivan and its surrounding region were under the authority of the Special Transcaucasian Committee of the Russian Provisional Government and subsequently of the short-lived Transcaucasian Democratic Federative Republic. When the TDFR was dissolved in May 1918, Nakhchivan, Nagorno-Karabakh, Zangezur (today the Armenian province of Syunik), and Qazakh were heavily contested between the newly formed and short-lived states of the Democratic Republic of Armenia (DRA) and the Azerbaijan Democratic Republic (ADR). In June 1918, the region came under Ottoman occupation. Under the terms of the Armistice of Mudros, the Ottomans agreed to pull their troops out of the Transcaucasus to make way for British occupation at the close of the First World War. In July 1920, the Soviet Union occupied the region and on July 28, declared the Nakhchivan Autonomous Soviet Socialist Republic with "close ties" to the Azerbaijan SSR, beginning seventy years of Soviet rule. In January 1990 Nakhchivan declared independence from the USSR to protest the suppression of the national movement in Azerbaijan, and became the Nakhchivan Autonomous Republic within the newly independent Republic of Azerbaijan a year later.
The Nakhchivan Autonomous Republic is an autonomous area of Azerbaijan, governed by its own elected legislature. The region continues to suffer from the effects of the conflict between Armenia and Azerbaijan, and its Karki exclave has been under Armenian occupation ever since. The administrative capital is the city of Nakhchivan. Vasif Talibov has been the leader of the Nakhchivan Autonomous Republic since 1995.
Variations of the name Nakhchivan include Nakhichevan, Naxcivan, Naxçivan, Nachidsheuan, Nakhijevan, Nakhchawan, Nakhitchevan, Nakhjavan, and Nakhdjevan. According to the 19th-century language scholar, Johann Heinrich Hübschmann, the name "Nakhichavan" in Armenian literally means "the place of descent", a Biblical reference to the descent of Noah's Ark on the adjacent Mount Ararat. First century Jewish historian Flavius Josephus also writes about Nakhichevan, saying that its original name "Αποβατηριον, or Place of Descent, is the proper rendering of the Armenian name of this very city". Hübschmann notes, however, that it was not known by that name in antiquity. Instead, he states the present-day name evolved to "Nakhchivan" from "Naxčavan". The prefix "Naxč" was a name and "avan" is Armenian for "town". Nakhchivan was also mentioned in Ptolemy's Geography and by other classical writers as Naxuana. Modern historian Suren Yeremyan disputes this assertion, arguing that ancient Armenian tradition placed Nakhichevan's founding to the year 3669 BC and, in ascribing its establishment to Noah, that it took its present name after the Armenian phrase "Nakhnakan Ichevan" (Նախնական Իջևան), or "first landing."
Armenian tradition says that Nakhchivan was founded by Noah. The oldest material culture artifacts found in the region date back to the Neolithic Age. The region was part of the states of Mannae, Urartu and Media. It became part of the Satrapy of Armenia under Achaemenid Persia c. 521 BC. After Alexander the Great's death in 323 BC, various Macedonian generals such as Neoptolemus tried to take control of the region, but ultimately failed and a native Armenian dynasty of Orontids flourished until Armenia was conquered by Antiochus III the Great (ruled 222-187 BC).
In 189 BC, Nakhchivan became part of the new Kingdom of Armenia established by Artaxias I. Within the kingdom, the region of present-day Nakhchivan was part of the Ayrarat, Vaspurakan and Syunik provinces. According to the early medieval Armenian historian Movses Khorenatsi, from the 3rd to 2nd centuries, the region belonged to the Muratsyan nakharar family but after disputes with central power, King Artavazd I massacred the family and seized the lands and formally attached it to the kingdom. The area's status as a major trade center allowed it to prosper; as a result, many foreign powers coveted it.
- published: 25 Apr 2015
- views: 0
Mercedes-Benz Actros - Autonomous Truck on Public Roads
Mercedes-Benz Actros with Highway Pilot - The first series-production autonomous truck on public roads
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With this permit the truck is allowed to drive on motorways on an automated basis. The truck used for the premiere is a standard Mercedes-Benz Actros equipped with the intelligent Highway Pilot system for this test of autonomous driving on public roads. The truck is approved as a test vehicle in accordance with §19/6 StVZO (German road traffic type approval law). The Rhineland German Technical Inspection Authority had inspected the vehicle and issued an expert opinion. On this basis the Baden-Württemberg regional council granted an exemption in accordance with §70 StVZO.
„Today's premiere is a further important step towards the market maturity of autonomously driving trucks – and towards the safe, sustainable road freight transport of the future“, said Daimler Board Member Dr Bernhard.
Sven Ennerst, Head of Development Daimler Trucks, commented: „We are delighted that Baden-Württemberg has approved these tests for us. In so doing the state is demonstrating true pioneering spirit. And we are of course also delighted that the German Technical Inspection Authority has so clearly confirmed the safety of our system.“
The multi-sensor fusion, i.e. the combination of proven new-generation assistance and safety systems and sensors, enables the truck with the Highway Pilot system to continually observe the entire area in front of the vehicle and to take control itself in certain situations. This gives Dr Wolfgang Bernhard the opportunity to take his hands off the wheel without incurring any risks.
Dr Wolfgang Bernhard drives the Mercedes-Benz Actros from the service station onto the motorway towards Karlsruhe. As soon as the truck has entered the flowing traffic in the right-hand lane, it's „Highway Pilot On“ and the system now offers to take over vehicle operation. The driver can confirm at the press of a button. The Actros meticulously keeps to its lane and maintains the optimum distance to the vehicle in front of it. Should the distance become too small or if a vehicle cuts in front of it, the truck brakes. Both vehicle occupants are sitting comfortably in the functional and modern cab and are chatting in a relaxed fashion.
At the airport/trade fair exit the system again asks Wolfgang Bernhard to take control and the truck reverts from automated driving mode to manual control – „Highway Pilot Off“. He steers the Actros off the motorway and then drives directly back onto the A8 again, this time in the opposite direction. The scenario is exactly the same: the Actros steers and brakes independently in the flowing motorway traffic.
If it approaches an obstacle, such as roadworks here on the A8, the system asks the driver to take over the vehicle. If the roadworks are behind the truck, the Highway Pilot can once again take over control of the vehicle. The system safely assists both occupants up to the Wendlingen exit. Here Wolfgang Bernhard again takes over the driving and steers the truck off the motorway.
wn.com/Mercedes Benz Actros Autonomous Truck On Public Roads
Mercedes-Benz Actros with Highway Pilot - The first series-production autonomous truck on public roads
Subscribe https://www.youtube.com/user/myDriftFun?sub_confirmation=1
Read Latest Car News - http://mydriftfun.com
Our Google Plus https://goo.gl/9gB9Qt
Our Facebook https://www.facebook.com/mydriftfun
With this permit the truck is allowed to drive on motorways on an automated basis. The truck used for the premiere is a standard Mercedes-Benz Actros equipped with the intelligent Highway Pilot system for this test of autonomous driving on public roads. The truck is approved as a test vehicle in accordance with §19/6 StVZO (German road traffic type approval law). The Rhineland German Technical Inspection Authority had inspected the vehicle and issued an expert opinion. On this basis the Baden-Württemberg regional council granted an exemption in accordance with §70 StVZO.
„Today's premiere is a further important step towards the market maturity of autonomously driving trucks – and towards the safe, sustainable road freight transport of the future“, said Daimler Board Member Dr Bernhard.
Sven Ennerst, Head of Development Daimler Trucks, commented: „We are delighted that Baden-Württemberg has approved these tests for us. In so doing the state is demonstrating true pioneering spirit. And we are of course also delighted that the German Technical Inspection Authority has so clearly confirmed the safety of our system.“
The multi-sensor fusion, i.e. the combination of proven new-generation assistance and safety systems and sensors, enables the truck with the Highway Pilot system to continually observe the entire area in front of the vehicle and to take control itself in certain situations. This gives Dr Wolfgang Bernhard the opportunity to take his hands off the wheel without incurring any risks.
Dr Wolfgang Bernhard drives the Mercedes-Benz Actros from the service station onto the motorway towards Karlsruhe. As soon as the truck has entered the flowing traffic in the right-hand lane, it's „Highway Pilot On“ and the system now offers to take over vehicle operation. The driver can confirm at the press of a button. The Actros meticulously keeps to its lane and maintains the optimum distance to the vehicle in front of it. Should the distance become too small or if a vehicle cuts in front of it, the truck brakes. Both vehicle occupants are sitting comfortably in the functional and modern cab and are chatting in a relaxed fashion.
At the airport/trade fair exit the system again asks Wolfgang Bernhard to take control and the truck reverts from automated driving mode to manual control – „Highway Pilot Off“. He steers the Actros off the motorway and then drives directly back onto the A8 again, this time in the opposite direction. The scenario is exactly the same: the Actros steers and brakes independently in the flowing motorway traffic.
If it approaches an obstacle, such as roadworks here on the A8, the system asks the driver to take over the vehicle. If the roadworks are behind the truck, the Highway Pilot can once again take over control of the vehicle. The system safely assists both occupants up to the Wendlingen exit. Here Wolfgang Bernhard again takes over the driving and steers the truck off the motorway.
- published: 02 Oct 2015
- views: 1420
Free Derry
Free Derry documents the rise and fall of an autonomous, nationalist, Irish Catholic area of Northern Ireland from 1969-1972. The region "broke away" from th...
wn.com/Free Derry
Free Derry documents the rise and fall of an autonomous, nationalist, Irish Catholic area of Northern Ireland from 1969-1972. The region "broke away" from th...
Autonomous Minesweeping with Quadcopters (Quadcopter control with Vicon)
2nd semester University project to make an Autonomous quadcopter for detecting mines in a minefield by doing a systematic/pattern scan, covering all area. Th...
wn.com/Autonomous Minesweeping With Quadcopters (Quadcopter Control With Vicon)
2nd semester University project to make an Autonomous quadcopter for detecting mines in a minefield by doing a systematic/pattern scan, covering all area. Th...
- published: 20 Jun 2014
- views: 337
-
author:
mindthomas
Autonomous, Flying 3D Scanner
In this video, we demonstrate our flying 3D scanner. Our quadrotor flies autonomously over an area of interest using only its onboard sensors: namely, a single, down-looking camera and an inertial measurement unit. All flight-relevant computation is performed onboard, on a smartphone processor. No pilot, GPS, or motion-capture system is required. We stream a subset of the images down to a laptop computer, where we compute a dense 3D model of the environment. Our algorithms are so efficient that we can create these models in real-time. Therefore, our system has high potential for applications in which detailed information about an unknown environment is time critical, such as during search-and-rescue missions.
Details are provided in our paper:
M. Faessler, F. Fontana, C. Forster, E. Mueggler, M. Pizzoli, D. Scaramuzza, "Autonomous, Vision-based Flight and Live Dense 3D Mapping with a Quadrotor Micro Aerial Vehicle," Journal of Field Robotics, 2015.
http://rpg.ifi.uzh.ch/docs/JFR15_Faessler.pdf
Robotics and Perception Group, University of Zurich
http://rpg.ifi.uzh.ch/
wn.com/Autonomous, Flying 3D Scanner
In this video, we demonstrate our flying 3D scanner. Our quadrotor flies autonomously over an area of interest using only its onboard sensors: namely, a single, down-looking camera and an inertial measurement unit. All flight-relevant computation is performed onboard, on a smartphone processor. No pilot, GPS, or motion-capture system is required. We stream a subset of the images down to a laptop computer, where we compute a dense 3D model of the environment. Our algorithms are so efficient that we can create these models in real-time. Therefore, our system has high potential for applications in which detailed information about an unknown environment is time critical, such as during search-and-rescue missions.
Details are provided in our paper:
M. Faessler, F. Fontana, C. Forster, E. Mueggler, M. Pizzoli, D. Scaramuzza, "Autonomous, Vision-based Flight and Live Dense 3D Mapping with a Quadrotor Micro Aerial Vehicle," Journal of Field Robotics, 2015.
http://rpg.ifi.uzh.ch/docs/JFR15_Faessler.pdf
Robotics and Perception Group, University of Zurich
http://rpg.ifi.uzh.ch/
- published: 31 Aug 2015
- views: 22
South Africa's first water and energy autonomous house
International Solar Energy Society scientific committee co-chair Professor Dieter Holm built a water and energy autonomous house in the Hartbeespoort Dam are...
wn.com/South Africa's First Water And Energy Autonomous House
International Solar Energy Society scientific committee co-chair Professor Dieter Holm built a water and energy autonomous house in the Hartbeespoort Dam are...
- published: 29 Oct 2009
- views: 1123
-
author:
PolitySA
Kashgar Travel, The Xinjiang Autonomous Region
Kashgar or Kashi is an oasis county-level city with 3,979,921 inhabitants at the 2010 census whom 819,095 lived in the built-up (or metro) area made up of Kashgar District and Shule County now linked by urbanization. The city itself was home to 506,640 inhabitants. It's located in the western extremity of the People's Republic of China, near the border with Tajikistan and Kyrgyzstan. Kashgar is the administrative centre of Kashgar Prefecture of the Xinjiang Uyghur Autonomous Region which has an area of 162,000 square kilometres (63,000 sq mi). The city's urban area extends for 555 km2 (214 sq mi).
wn.com/Kashgar Travel, The Xinjiang Autonomous Region
Kashgar or Kashi is an oasis county-level city with 3,979,921 inhabitants at the 2010 census whom 819,095 lived in the built-up (or metro) area made up of Kashgar District and Shule County now linked by urbanization. The city itself was home to 506,640 inhabitants. It's located in the western extremity of the People's Republic of China, near the border with Tajikistan and Kyrgyzstan. Kashgar is the administrative centre of Kashgar Prefecture of the Xinjiang Uyghur Autonomous Region which has an area of 162,000 square kilometres (63,000 sq mi). The city's urban area extends for 555 km2 (214 sq mi).
- published: 05 Jun 2013
- views: 963