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China's Haier Coton: the Most Compact Washer Can be Put in Pockets

In China, who is still using google map?

In China you can't do anywhere near as much as in other countries.

Click on this link and walk around:

Google Maps

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You can even walk around inside!!
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Google Maps

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Walk around and take a look...


Google Maps

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Inside Russia looking at the place where the border of China/Russia/North Korea meet.

Google Maps

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Hong Kong Clock Tower
 
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Now, think about how to exclude GPS in China.

If I can remember correctly there are some features that GPS doesnt have like Beidou can accomodate GPS system and receiving 2-way transmissions.


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Yellow River
Oil on canvas painting
 
If I can remember correctly there are some features that GPS doesnt have like Beidou can accomodate GPS system and receiving 2-way transmissions.


images

Yellow River
Oil on canvas painting


You seriously have no idea, dude!

The statement that Beidou can "accomodate" GPS is BS.

GPS and Beidou are separate systems, with separate satellite constellations. The chips that are designed to use their signals and hence triangulate can be manufactured to use either GPS or Beidou, or both. In some years, usage of both for commercial usage will become norm, simply because greater number of satellites will give more accuracy.

Also, the satellite detecting signal isn't that big a deal. The issue is to have a commercial transmitter in the mobile which can reliably send strong and accurate signals to near space. That is the main constraint, again independent of the system that you use. And hence, there is no scope of 2 way communication from your cell or any general commercial device.
 
You seriously have no idea, dude!

The statement that Beidou can "accomodate" GPS is BS.

GPS and Beidou are separate systems, with separate satellite constellations. The chips that are designed to use their signals and hence triangulate can be manufactured to use either GPS or Beidou, or both. In some years, usage of both for commercial usage will become norm, simply because greater number of satellites will give more accuracy.

Also, the satellite detecting signal isn't that big a deal. The issue is to have a commercial transmitter in the mobile which can reliably send strong and accurate signals to near space. That is the main constraint, again independent of the system that you use. And hence, there is no scope of 2 way communication from your cell or any general commercial device.

Haha that is what I've read and the beauty of Chinese science
Doubt about it? Believe in it!

images

Yellow river
Oil on canvas
 
Haha that is what I've read and the beauty of Chinese science
Doubt about it? Believe in it!

images

Yellow river
Oil on canvas

There is nothing called "Chinese science."
 
It is up to you and your hatred

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Please tell me how is this hatred?

I explained to you technically why the points on Beidou were wrong. Had someone said the same thing about anything, be it GLONASS or others the logic still stands.

Then I pointed out to you that science is universal.

PS- I hasten to add, that it is an engineering and ergonomic issue that hinders the usage of two way satellite communication rather than science.
 
It's obvious the Indian guy like him has a serious case of "red eyes" if you know what I mean :enjoy:

I concur

Militarily, there is no question. It is a matter of national security and Beidou would be the monopoly.

The key is the commercialization.

Apart from providing services at least on par with GPS, as a start, China should require all domestic producers of mobile phones, tablets, and any type of navigation devices to include chip-sets that are compatible with Beidou.

Also, it should require, all mobile devices sold in China should have chip-sets that are compatible with Beidou.

This will give people to freely choose from commercial navigation services.

Then Beidou should develop various software for devices to increase market reach (Android, IOS and other platforms).

Precisely
We have our own babe which cannot be shut down during emergency

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泥人张
Clay figurine Zhang
 

Use your head. Where did I ever show any hatred to this Chinese initiative? I was just correcting you. That should be welcomed. I would certainly welcome any addition or corrections to what I say.
 
In China you can't do anywhere near as much as in other countries.

Click on this link and walk around:

Google Maps

View attachment 207541


You can even walk around inside!!
View attachment 207542


Google Maps

View attachment 207543
Walk around and take a look...


Google Maps

View attachment 207560
Inside Russia looking at the place where the border of China/Russia/North Korea meet.
Sorry, Baidu has street map.
There are more functions Google doesn't have.No matter what, Google is American, nothing to be proud of for non-Americans.
 
Sorry, Baidu has street map.
There are more functions Google doesn't have.No matter what, Google is American, nothing to be proud of for non-Americans.

True, that's why people use google maps outside of China rather than Baidu. Nothing to be proud of using Baidu.
 
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Huawei unveils industry's first ONOS-based IP + Optical and Transport SDN applications

huawei | Posted: 26 Mar 2015, 09:11

Huawei today demonstrated its IP + optical and Transport Software-Defined Networking (TSDN) applications at the Optical Fiber Communication Conference and Exposition (OFC).

c2d95da2a661f3aed12d90180a9af3d6(1).jpg


The Huawei IP + optical application showcased at the event comprised a number of features including a graphical multi-layer network view of the SDN application system, automatic resource discovery, automatic IP link setup, automatic service provisioning and multi-layer network protection. Huawei also presented bandwidth-on-demand (BoD), transport network virtualization and innovative VTS2.0 applications, which provide network level services that can be customized by tenants, as well as cloud-like resilience.

The Huawei IP + optical and Transport SDN applications are based on the Open Network Operating System (ONOS) and are the first of their kind to be developed through the operator-oriented SDN open source platform. This demonstration marks a key milestone in Huawei's efforts to advance SDN from open source development into a technology that can be used commercially.

During the OFC event, the Huawei ONOS-based Smart Network Controller (SNC) and NetMatrix service synergy platform were demonstrated using a centralized software system to remotely control a real network constructed with Huawei NE series routers and Huawei OptiX OSN series smart optical devices located in Dallas, Texas.

ONOS is the industry’s first open-source SDN control platform which focuses on operators’ networks and service requirements. Led by leading global operators and equipment suppliers, the platform considers various operator demands including high performance, reliability, security, and scalability. Its robust architecture design makes it an ideal choice for operators who need to develop their business in the future.

Huawei recently announced that together with ONOS and Open Networking Foundation (ONF), they will build an open and innovative SDN industry ecosystem, enabling operators to accelerate SDN commercialization.

Huawei is committed to developing SDN architectures that support operator business transformations and innovations. These architectures will help to improve operational efficiency, achieve flexible service deployment and open network capabilities. To date, Huawei has carried out over 40 joint innovation projects with leading global operators, and is the industry leader for SDN commercialization.

The Optical Fiber Communication Conference and Exposition takes place in Los Angeles from March 22 to 26. It is the largest global conference and exposition for optical communications and networking professionals. Huawei will showcase its latest products and solutions at booth 2309 with company representatives scheduled to speak at the event.

Huawei unveils industry's first ONOS-based IP + Optical and Transport SDN applications - OFweek News
 
Huawei unveils industry's first ONOS-based IP + Optical and Transport SDN applications

huawei | Posted: 26 Mar 2015, 09:11

Huawei today demonstrated its IP + optical and Transport Software-Defined Networking (TSDN) applications at the Optical Fiber Communication Conference and Exposition (OFC).

c2d95da2a661f3aed12d90180a9af3d6(1).jpg


The Huawei IP + optical application showcased at the event comprised a number of features including a graphical multi-layer network view of the SDN application system, automatic resource discovery, automatic IP link setup, automatic service provisioning and multi-layer network protection. Huawei also presented bandwidth-on-demand (BoD), transport network virtualization and innovative VTS2.0 applications, which provide network level services that can be customized by tenants, as well as cloud-like resilience.

The Huawei IP + optical and Transport SDN applications are based on the Open Network Operating System (ONOS) and are the first of their kind to be developed through the operator-oriented SDN open source platform. This demonstration marks a key milestone in Huawei's efforts to advance SDN from open source development into a technology that can be used commercially.

During the OFC event, the Huawei ONOS-based Smart Network Controller (SNC) and NetMatrix service synergy platform were demonstrated using a centralized software system to remotely control a real network constructed with Huawei NE series routers and Huawei OptiX OSN series smart optical devices located in Dallas, Texas.

ONOS is the industry’s first open-source SDN control platform which focuses on operators’ networks and service requirements. Led by leading global operators and equipment suppliers, the platform considers various operator demands including high performance, reliability, security, and scalability. Its robust architecture design makes it an ideal choice for operators who need to develop their business in the future.

Huawei recently announced that together with ONOS and Open Networking Foundation (ONF), they will build an open and innovative SDN industry ecosystem, enabling operators to accelerate SDN commercialization.

Huawei is committed to developing SDN architectures that support operator business transformations and innovations. These architectures will help to improve operational efficiency, achieve flexible service deployment and open network capabilities. To date, Huawei has carried out over 40 joint innovation projects with leading global operators, and is the industry leader for SDN commercialization.

The Optical Fiber Communication Conference and Exposition takes place in Los Angeles from March 22 to 26. It is the largest global conference and exposition for optical communications and networking professionals. Huawei will showcase its latest products and solutions at booth 2309 with company representatives scheduled to speak at the event.

Huawei unveils industry's first ONOS-based IP + Optical and Transport SDN applications - OFweek News
Is Huawei SOE or private or....?
 
True, that's why people use google maps outside of China rather than Baidu. Nothing to be proud of using Baidu.

Currently Beidou positioning has limited coverage (Asia-Pacific). Global coverage is anticipated by 2020. In China, the system is being commercialized.

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BeiDou 2 Coverage

The system has been sold to over 30 countries. Obviously it is an incremental development and currently China's BeiDou is behind its competitors in terms of global reach.

But, the Chinese market will certainly be monopolized by it. That's good for both economy and China's national security.

Beidou system poised to spread wings - China - Chinadaily.com.cn

China's Beidou navigation satellite system, whose positioning accuracy will reach 2.5 meters by 2020, will soon provide services to more countries.

The National Administration of Surveying, Mapping and Geoinformation said China will cooperate with several countries, including Mexico, Israel and Sweden, to improve establishment of the Beidou system and geoinformation database.

International cooperation and establishing monitoring stations in foreign countries are essential for improving the accuracy of the system, said Li Pengde, the administration's deputy director.

"The system now covers the Asia-Pacific region, but by 2020 it will cover the whole world," Li said at the third United Nations global geo-spatial information management forum, being held in Beijing from Wednesday to Friday.

Miao Qianjun, executive vice-president of the Global Navigation Satellite System and Location-Based Service Association of China, said the country will cooperate with Singapore, Malaysia and other Asian countries to promote the Beidou system.

"This year, China has worked with some Southeast Asian countries to promote the system, including Thailand, Pakistan and Laos," Miao said. "Next year will be essential for expanding the system in the Asia-Pacific region."

In July, China and Russia signed a memorandum of understanding on the joint application of the Beidou Navigation Satellite System and Russia's Glonass system, allowing the two nations to establish navigation system monitoring stations in each country from this year.

"Beidou system equipment has been sold to more than 30 countries," said a deputy director of the Navigation Satellite System and Location-Based Service Association of China, who asked not to be named.

"In 2013, the output value of the satellite navigation industry reached 104 billion yuan ($17 billion) in China, while only one-tenth came from the domestically made system," the industry insider said, adding that Beidou occupies only 1 percent of the Asia-Pacific market.

"Compared with some other systems, Beidou hasn't been put into commercial use for a long time," he said. "It needs time to develop and promote itself."

Beidou, the United States' GPS, the European Union's Galileo and Russia's Glonass are the navigation system suppliers authorized by the UN.

The Beidou system has been installed in more than 200 car models in China and its chips have been embedded in 40 million smartphones.

The system now has 16 satellites and plans to establish a global coverage network through 36 geostationary orbit and non-geostationary orbit satellites by 2020.


China Military Online English Edition

http://sinosphere.blogs.nytimes.com...idou-chinas-satellite-navigation-system/?_r=0

China’s own satellite navigation system has won a stamp of approval from an international maritime body, an important step toward its goal of global acceptance for its answer to the United States’ Global Positioning System (GPS).

The Maritime Safety Committee of the International Maritime Organization, a United Nations body that sets standards for international shipping, formally included Beidou in the World-Wide Radionavigation System during its Nov. 17-21 meeting. This means that the Chinese system has become the third system, after GPS and Russia’s Global Navigation Satellite System (GLONASS), recognized by the United Nations body for operations at sea.
 
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