• IP addresses are NOT logged in this forum so there's no point asking. Please note that this forum is full of homophobes, racists, lunatics, schizophrenics & absolute nut jobs with a smattering of geniuses, Chinese chauvinists, Moderate Muslims and last but not least a couple of "know-it-alls" constantly sprouting their dubious wisdom. If you believe that content generated by unsavory characters might cause you offense PLEASE LEAVE NOW! Sammyboy Admin and Staff are not responsible for your hurt feelings should you choose to read any of the content here.

    The OTHER forum is HERE so please stop asking.

Beat GPS by more than 1000X BDS location service to mm accuracy!

tun_dr_m

tun_dr_m

Alfrescian
Loyal
Joined
Aug 8, 2008
Messages
6,070
Points
83
OK the 1st map below shows where you can get up to what accuracy level.

FindM is a decimeter level, 跬步 in Chinese means half-step. Aka accurate to within half a foot step level. About @S$2/month. Position Reading is @1 reading per sec.
￥10.00
按月购买
月/个

FindCM is centimeter level @S$80/month. Position Reading is @1 reading per sec.
￥400.00
按月购买

FindMM is millimeter level accuracy! @S$78/quarter. Position Reading is @1 reading per Hr. for Static application.
￥388.00
按季购买

There are many devices and many new ones appearing rapidly, including Chinese brand smart phones!

These are the Civilian Services. We are not being told about PLA's military system capabilities yet. But you can guess 10X better. From known weapons they can track and hit ships at hypersonic speed globally (50m accuracy). supersonic 10m possible. subsonic 1m possible. walking / driving better than 1m possible. Halted 10mins get accuracy to cm/mm possible.




image.jpg



https://hd.qxwz.com/app


title.png

iOS版下载Android版下载
app-download.png
扫码下载
当前安卓版本仅支持5.0及以上系统
first-screen.png

明星产品 快速购买
热卖产品可直接通过APP下单，支持按月购买，支付宝支付。 方便快捷、随需而用。
second-screen-1.png
second-screen-2.png

服务覆盖 范围查询
实时查看最新服务覆盖范围，地图形式只管展现。
在线客服7*24小时
服务使用遇到困扰？不必担心！小千客服为您排忧。
third-screen-2.png
third-screen-1.png

fourth-screen-1.png
fourth-screen-2.png

配置参数 清晰指南
接入参数配置说明。终端配置，一眼便知。
首页| 公司简介| 联系我们| 免费试用| 业务声明
©2014-现在 qxwz.com 版权所有 沪ICP备 15042368号-1 沪公网安备 31010102002464号




https://www.qxwz.com/


请登录
服务覆盖查询免费试用服务购买续费扩容控制中心
注册有礼

千寻位置APP震撼上线
随需而用 触手可及
查看详情

千寻携手高通共推
联网汽车高精度定位解决方案
查看详情

位置服务全面提速
全球首个A-北斗服务用户突破1亿
查看详情

千寻位置APP震撼上线
随需而用 触手可及
查看详情

千寻携手高通共推
联网汽车高精度定位解决方案
查看详情
产品服务
解决方案
手机高精度定位
通过融合差分算法和服务、QX-SUPL、惯导、网络定位和人工智能等技术，使消费级智能终端定位能力提升至米级精度。
互联网精细农业
通过物联网基础设施和合作伙伴的方案，实现数据在线的精细农业规划、实施、管理和联动。
形变监测
对被监测对象的倾斜、沉降等安全指标进行7x24小时多方位实时监测，保障人民群众的生命和财产安全。
共享单车
采用单频RTK+2G组合方案，实现单车米级定位能力。用于单车电子围栏管理，辅助监管平台对停放行为进行约束和管理。
车辆定位
采用单频RTK+惯导组合定位方案，实现车辆的精准定位。成熟运用于精准物流、网约车、共享汽车等车辆定位应用场景。
测量工程
基于RTK定位原理，依托遍布全国的卫星定位地基增强站，融合各类定位技术，全天候互联网播发高可用厘米级差分服务。
无人机应用
赋能无人机的精准起降与飞行。成熟运用于无人机物流及无人机电力巡检等替代人力的无人机应用场景。
千寻魔方2.0高精度
基于专业级北斗芯片，结合千寻知寸（单频）服务，丰富的硬件形态支持各种终端产品实现高精度功能，适应各种行业的要求。
合作伙伴
注册有礼免费试用

  • 免费试用
    明星产品3-14天免费试用

  • 购买保障
    7天内可申请退款

    支持故障赔偿

  • 服务支持
    1v1大客户服务

    7x24小时在线客服

    365天多渠道技术支持

  • 权威资质
    ISO9001质量体系认证

    ISO20000信息技术服务认证

    ISO27001信息安全管理认证

    甲测资字3300401
关注我们
客服邮箱：[email protected]


扫码关注千寻公众号

扫码下载千寻APP
账号支持
用户常见问题在线支付代金券使用兑换码使用索取发票续费与扩容使用
服务声明
业务声明法律声明平台协议服务条款服务范围
快捷入口
新手引导产品试用产品购买续费扩容实名认证控制中心公司简介新闻中心公司公告人才招聘联系我们
© 2014-现在 qxwz.com 版权所有 | 沪ICP备15042368号-1
beian.png
沪公网安备 31010102002464号


×
 
https://market.qxwz.com/device-market-list.html?type=4

请登录
服务覆盖查询免费试用服务购买续费扩容控制中心
注册有礼
终端
关注我们
客服邮箱：[email protected]


扫码关注千寻公众号

扫码下载千寻APP
账号支持
用户常见问题在线支付代金券使用兑换码使用索取发票续费与扩容使用
服务声明
业务声明法律声明平台协议服务条款服务范围
快捷入口
新手引导产品试用产品购买续费扩容实名认证控制中心公司简介新闻中心公司公告人才招聘联系我们
© 2014-现在 qxwz.com 版权所有 | 沪ICP备15042368号-1
beian.png
沪公网安备 31010102002464号
 
http://mil.news.sina.com.cn/jssd/2018-02-14/doc-ifyrmfmc2455355.shtml

中国用这顶级成就挑战美国 令GPS终端价格暴跌1千倍
中国用这顶级成就挑战美国 令GPS终端价格暴跌1千倍

0
　　作者署名：牛弹琴

Kw_p-fyrpeie4710642.jpg

　　2月12日，北斗三号第五、第六颗组网卫星成功发射，北斗系统家族又添新成员。

　　预计2020年，中国北斗将实现35颗卫星全球组网，具备服务全球能力，成为美国GPS的有力挑战者。

　　事实上，北斗最高定位精度已达毫米级，这一优势让GPS导航终端成本价从1000多美元暴跌到如今的1美元。

　　鲜为人知的是，中国北斗世界领先的背后，隐藏着三个故事。

　　（一）

　　1991年，海湾战争，伊拉克。

　　“沙漠风暴”空袭行动之前，一支名为“诺曼底”的直升机分队，利用夜幕掩护，低空飞行，悄无声息地突破防线，精准摧毁了伊军的2个早期预警雷达营，为后来的大规模轰炸创造了条件。

SngL-fyrpeie4711002.jpg

　　（“沙漠风暴”行动中，一座被美军击中的伊军混凝土机库，顶盖被完全穿透）

　　沙漠一望无际，缺少明显的地形、地貌标记，定位极其困难。美军却能在夜间纵横大漠，精准打击，靠的就是GPS。

　　2万公里之遥的卫星，帮助美军打赢了一场地面战争，“沙漠风暴”被称为人类历史上“第一次星球大战”，GPS也因此一战成名。

　　始于1958年的GPS，凭借着资历老、名气大以及服务范围广，成为了导航定位的代名词，垄断全球导航市场。

　　《全球导航卫星系统（GNSS）市场报告》显示，2015年全球GNSS拓展市场收入接近2500亿欧元，GPS独占鳌头。

oFNk-fyrpeie4711062.jpg

　　（全球GNSS市场规模）

　　然而，美国向世界开放的只是民用版GPS，精确度远低于自己独享的军用版。更重要的是，美国一手掌控GPS，可以随意关闭或人为增大民用码的误差，自己却不受任何影响。

　　这绝非危言耸听。1993年7月23日，美国以获得情报为由，无端指控中国“银河号”货轮向伊朗运输制造化学武器的原料。美国直接关掉“银河号”上的GPS，导致“银河号”寸步难行，制造了震惊世界的“银河号”事件。

BoUe-fyrpeie4711128.jpg

　　“沙漠风暴”行动和“银河号”事件告诉我们，卫星导航系统是国之重器，关乎国家安全，绝不能受制于人。

　　中国必须要有自己的卫星导航系统！

　　（二）

　　正是认识到这一点，在“银河号”事件发生的第二年，中国决定发展自己的卫星导航系统，这就是现在的北斗系统。

　　历时10年，2003年，北斗系统正式开通运行，中国成为世界上第三个拥有自主卫星导航系统的国家。

N_Dy-fyrpeie4711174.jpg

　　（最初的北斗系统被称为北斗一号，由3颗“静轨道”卫星组成）

　　但是，因起步较晚，北斗系统尚属实验开发阶段，不仅技术参数落后于GPS，覆盖范围也仅限中国，商用价值不高。

　　就在此时，正计划挑战美国的欧洲，抛出了雄心勃勃的“伽利略”计划，主动“邀请”中国加盟，共同对抗GPS。

iuxi-fyrpeie4711221.jpg

　　（伽利略卫星导航系统）

　　中国也希望借此搭上快车，双方一拍即合。2004年，中欧签署协议。中国承诺投入2.3亿欧元，很快就支付了第一笔7000万欧元的款项。刚刚走上正轨的北斗系统也因此被临时搁置。

　　美国大惊失色，如临大敌，甚至扬言，如果感到威胁，将击毁“伽利略”卫星。

　　孰知，第二年，欧洲亲美政治人物纷纷上台，政治风向大变，迅速向美国靠拢，开始排挤中国。

　　中国投入了巨额资金，却无法进入“伽利略”计划的决策机构，甚至在技术合作上也遭到百般阻挠。

　　除了得了一个参与者的“好名声”，中国一无所获，只能黯然退出。

　　这个教训告诉我们，卫星导航系统是国之重器，关乎国家利益，绝不能假手于人。

　　中国的卫星导航系统，必须独立自主！

　　（三）

　　被逼无奈，中国决定“单干”。

　　沉寂数年的北斗系统重新激活——

　　2007年4月，首颗MEO卫星成功发射。

　　2009年4月，首颗GEO卫星成功发射。

　　2010年1月，第2颗GEO卫星成功发射。

　　2017年11月5日，第24、25颗卫星成功发射。

　　2018年1月12日，第26、27颗卫星成功发射。

　　预计2020年，北斗将实现全球组网，具备服务全球能力。

sllA-fyrpeie4711273.jpg

　　（北斗系统演进）

　　事实上，北斗在技术上已经超越“伽利略”，媲美GPS。但要知道，中国起步晚，技术力量薄弱，研发一套全新的卫星导航系统谈何容易。

　　短短20年，北斗系统能够披荆斩棘、后来居上，得益于中国科技实力的整体提升，更离不开千千万万科技工作者的不懈努力。

　　北斗三号工程第三次全球组网卫星发射之际，正值春节前夕。

　　当全国人民踏上回家团圆的归途，数百名科技人员却坚守在西昌，执行发射任务。

　　他们是北斗系统的幕后英雄！

　　全球领先的精准位置服务公司——千寻位置发起了“为中国北斗打call，千寻送英雄回家”的活动。

　　活动期间，千寻官方微信将向网友征集对“中国北斗”的新年寄语，并以留言网友的名义，为北斗工程师购买回家机票。

　　网友充满“正能量”的留言，还将被制作成标贴，装饰机舱，营造出温馨的氛围。

ZkxF-fyrpeie4711342.jpg

　　想了解完整活动视频，请点击文末阅读原文，关注“千寻时空”公众号点赞北斗栏目。

　　千寻位置发起这项活动，并非心血来潮，而是初心所致。

　　这要从千寻与北斗的关系说起。

　　一、千寻位置依托北斗

　　千寻位置成立于2015年8月，由中国兵器工业集团和阿里巴巴集团共同发起成立。

　　千寻位置基于北斗卫星系统（兼容GPS、GLONASS、Galileo）基础定位数据，利用遍及全国的超过2000个地基增强站及自主研发的定位算法，通过互联网技术进行大数据运算，为遍布全国的用户提供精准定位及延展服务。

　　千寻位置是北斗系统价值的重要组成部分，更是依托于国之重器的国民“黑科技”。

　　二、千寻位置助力北斗

　　受卫星轨道误差、卫星钟差误差等因素影响，传统卫星导航系统难以消除误差，这需要在地面建立地基增强站，以定位算法获得定位数据差分信息，再进行大范围播发，帮助终端实现高精准定位。

　　千寻位置便肩负着北斗地基增强系统建设的使命。千寻位置已在全国建立了超过2000个地基增强站，通过自主研发的定位算法和互联网技术大数据运算，为遍布全国的用户提供精准定位及延展服务。

　　北斗与千寻位置，共同组成了“天上数颗北斗星、地上一张地基网”，实现了高精准厘米级定位，构建了“弯道超车”的核心竞争力。

　　千寻位置也因此成长为全球领先的精准位置服务公司，提供高达动态厘米级和静态毫米级的定位能力和高精度应用解决方案，是IoT时代重要的基础设施之一。

2ChJ-fyrpeie4711587.jpg

　　2018年，千寻位置将在中国大陆全境实现实时厘米级服务覆盖。届时，北斗高精度定位服务将成为全社会共享的一项公共服务，为智慧城市、自动驾驶、智慧物流赋能，为人们的生活带来便利。

　　“司南之杓，投之于地，其柢指南。”

　　从无到有，从弱到强，中国北斗取得的成就，让世界惊叹。北斗与千寻，共同组成的天地一张网，不仅守护着国家，更造福了社会。

　　我们祝福北斗越来越好，也希望有越来越多像千寻位置这样的公司，将国之重器转化为国民科技，助力国家经济，惠及全国人民。
 
https://www.popsci.com/china-beidou-3-satellite-navigation-system



China's future satellite navigation will be millimeter-accurate
The Beidou 3 will guide military munitions and drones.
By Jeffrey Lin November 7, 2017

beidou_launch_june_2016_0.jpg



Beidou Launch

The Beidou satellite is usually launched by LM-3 space launch vehicles.

by78

China's military is updating its satellite navigation system, launching tech that'll offer super accurate guidance for munitions and drones.

On Sept. 29, China launched two Beidou 3 satellites from a Long March 3C rocket from the Xichang Satellite Launch Center in Sichuan province. Another two Beidou 3 satellites will launch before the end of 2017, part of a network of 20 Beidou 3 and 10 older Beidou 2 satellites set to go up by 2020.

Civilian GPS receivers generally achieve higher accuracy by combining signals of several satellites, and indeed the completed Beidou Navigation Satellite System is expected to provide global coverage, with millimeter-level accuracy.

beidou_satellite.jpg

Beidou 3

Beidou 3 satellites will offer superior accuracy compared to current Chinese navigation satellites.

China Academy of Sciences

Plus, thanks to a new, more accurate atomic clock, the Beidou 3 satellites will also be able to send more precisely timed radio pulses. Atomic clocks, which are set to the oscillations of atoms from stable isotopes, are highly accurate. The American NIST-F2 atomic clock, for example, is designed to lose only a second every 300 million years.

compass_satellites_2.jpg

Beidou 2/Compass

The Beidou 2/Compass navigation satellites will have 35 satellites once completed, with 5 in geosynchronous orbit, and 30 in middle earth orbit.

China Academy of Space Technology, via Escobar on Sinodefence Forum

The system will also likely have new, jam-proof chips. Allystar Technology has unveiled a computer chip for use in Beidou receivers, providing instant accuracy without the aid of augmentation by ground control stations. This computer chip's ability to enhance satellite navigation signals could enable military Beidou users to withstand enemy attempts to jam satellite navigation.

The Beidou 3 satellite navigation service is expected to be available only to Chinese military and national security users for the foreseeable future. The updates could be particularly useful for Chinese unmanned systems (like small quadcopter drones) as well as long-range cruise missiles.

Peter Warren Singer is a strategist and senior fellow at the New America Foundation. He has been named by Defense News as one of the 100 most influential people in defense issues. He was also dubbed an official "Mad Scientist" for the U.S. Army's Training and Doctrine Command. Jeffrey is a national security professional in the greater D.C. area.



http://news.dwnews.com/china/news/2017-12-29/60032697.html

中国北斗导航定位精度可达毫米级
xw_fx2.png

微信
+
A

-
2017-12-29 13:53:01
中国北斗卫星导航系统发言人冉承其在12月27日的国新办新闻发布会上透露，2020年中国卫星导航产业产值有望达到4,000亿元人民币。

据新加坡《联合早报》网站12月28日报道，中国自主研制的北斗卫星导航系统于2012年正式开通，时过五年，目前已覆盖200多个国家和地区，最近又与美国全球定位系统（GPS）实现全面信号兼容。

冉承其说，与全球其他三大卫星导航系统相比，北斗除了具备三大系统的技术机制之外，还保留北斗一号（第一代北斗系统，也称北斗卫星导航实验系统）独具的短报文和位置报告服务能力。

e06c3ff08b17b2edee0b361a3b04b0c7_w.jpg
中国北斗系统成就令世界震惊
与GPS芯片价格相比，北斗芯片单价曾一直是制约北斗导航民用的最大瓶颈。冉承其12月27日表示，由于建立了完整的产业链和技术，加上工艺产能的提升，国产北斗芯片从五年的空白到目前单价已降至6元（1元人民币约合0.153美元），在总体性能上也达到甚至优于国际同类产品。

冉承其也称，北斗二号的定位精度已由2012年的10米提升至6米，在中国境内能够提供实时米级、分米级、厘米级和后处理毫米级高精度服务。北斗三号将在定位精度上达到2.5米至5米。

他还说，北斗+的应用模式在中国境内“正在成为一种像水、电、互联网一样的公共服务”，已在公安、交通、渔业、减灾等行业得到广泛应用。

交通运输部综合规划司负责人彭思义说，中国所有交通运输公务船都加装了北斗终端，所有沿海地区也都建设部署了北斗差分增强站点。此外，全国约有480万辆危险品车、大客车、班线客车以及四万多艘渔船安装了北斗终端，共享脚踏车采用的也是北斗卫星定位信息。

在国际化方面，彭思义说，北斗系统已得到国际海事组织、国际搜救卫星组织的认可，下一步将准备进入国际民航组织等国际组织，以及相关的国际标准体系。

报道称，中国也正通过密集发射卫星，加速迈进全球组网时代。今年11月，中国以一箭双星的方式成功发射第24、25颗北斗导航卫星。

面向未来，冉承其12月27日透露，2018年底，中国要发射18颗左右北斗三号组网卫星，为“一带一路”倡议的国家和地区优先提供服务；2020年底，将建成30颗卫星的完整系统，为全球用户提供定位、导航等服务。
 
http://www.scmp.com/news/china/soci...-rival-satellites-accurate-within-millimetres

China to launch new GPS rival satellites ‘accurate to within millimetres’, website says
Beidou-3 craft may be put in orbit later this month, according to aerospace website, with operators confirming launch coming ‘soon’

PUBLISHED : Wednesday, 13 September, 2017, 9:00pm
UPDATED : Wednesday, 13 September, 2017, 10:23pm
Comments: 30

13eddf92-9847-11e7-a089-5a7a21c623ca_1280x720_201651.JPG


Stephen Chen10 Feb 2018
China plans to launch its most powerful positioning and navigational satellites later this month, according to an aerospace website, with their makers claiming the technology is accurate to within millimetres.

SCMP Today: Intl Edition
Get updates direct to your inbox
E-mail *
By registering you agree to our T&Cs & Privacy Policy
Two Beidou-3 satellites are expected to be launched on September 29, the website 91fly.cn reported, with developers saying the system was 10 times more precise than GPS.

Evidence that the launch may be imminent was also suggested by the official military newspaper PLA Daily on Monday.

A Yuanwang-class surveillance vessel left a military harbour in eastern China’s Jiangsu province on Sunday for the Pacific Ocean for a satellite tracking mission, the newspaper said, without providing any more details.

China to massively increase accuracy of its GPS rival, with benefits for smartphone users ... and the military

An official at Beidou’s operator, the China National Administration of Global Navigation Satellite Systems and Applications, told the South China Morning Post the launch would be “soon”, but did not elaborate.



Beidou-3 is a new generation satellite developed by China to provide positioning and navigation services around the globe. China initiated the Beidou programme, also known as Compass, in the 1990s to compete with GPS, which was developed in the United States.

The 91fly.cn website, run by Chinese aerospace enthusiasts, has previously accurately predicted launch dates. It said the two Beidou-3 satellites would be blasted into orbit on a CZ-3B Long March from a launch centre in Sichuan province.

Surprise, relief as China’s key satellite makes it to orbit despite rocket launch failure

The two craft were originally scheduled for launch in July, but the mission was postponed after two consecutive failures of Long March rockets on other satellite missions.

The second failure of a heavy-lifting CZ-5 rocket in early July led to the loss of the largest satellite China had ever built and prompted space authorities to put back further launches.

Li Min, a researcher at the National Engineering Centre for Satellite Positioning Systems at Wuhan University, said Beidou-3 would be the most advanced positioning and navigational satellite on the planet.

“It is the new boy in town ... with some of the latest technology,” said Li, who was involved in China’s military positioning satellite research programmes. He declined to give details of the military applications for the technology.

China is offering over a million dollars for a foreigner to run the world’s largest telescope, so why is nobody applying?

Yang Yuanxi, deputy chief designer of the Beidou system, told state media earlier this year that the latest satellites would be at least 10 times more precise than existing models.

These were accurate to centimetres, similar to the US-developed GPS, he said.

The satellite navigation system calculates a user’s location by measuring tiny differences in the arrival time of electromagnetic pulses from several positioning probes in the sky, but a new atomic clock on Beidou-3 could reduce the margin of error to a few millimetres.

Li, however, was more cautious, adding that the performance of Beidou-3 would need to be evaluated after use.

“In real life, accuracy is not only affected by atomic clocks, but also how well these satellites work together in a large, sophisticated array,” he said.

The improved accuracy of Beidou-3 would hardly be noticeable to most civilian users, he said. Only the military or organisations authorised by the government, however, would be able to get access to the ultra-high accuracy service for special tasks, he said.

Chinese satellite makes breakthrough in quantum communication

The Beidou programme will need more than 30 of the new satellites to cover every corner of the globe. Over a dozen satellites are still waiting for launch, with the initiation of the global service scheduled before 2020.

The launch of Beidou-3 comes at a politically sensitive time in China, with the five-yearly party congress set to open in Beijing next month. There is likely to be a major reshuffle of the country’s top leadership at the event as President Xi Jinping begins his second term in office.
 
https://gizmodo.com/5871351/china-military-now-has-its-own-gps

China Has Its Own GPS Now—And It's Better Than Yours

Jesus Diaz
12/27/11 1:35pm
Filed to: China
2171
18kx9e709c761jpg.jpg

China is now one step closer to become the top economic and military superpower in the world: their Beidou geo-positioning system is now fully armed and operational.

Why is this important?
Accurately knowing where you are on planet Earth is one of the most powerful technologies any country can have.

Beidou cuts China's dependency of the American GPS system completely. It means that they would be able to launch any attack and move their forces around the world without any US interference. Right now, the United States can deactivate their Global Positioning System so nobody can use it in certain areas. That includes enemy armies. After Beidou, however, this will be impossible.

How accurate is Beidou?
Civilian transports would be able to know where they are within a range of 10 meters. They would also be able to record speed with a 0.2 metres-per-second error margin and synchronize their clocks with an accuracy of 0.02 millionths of a second. This is way better than the United States' GPS system, which has an accuracy of 20 meters (66 ft). Garmin claims that their receivers are accurate to within 15 meters on average, which is worse than the accuracy claimed by the Chinese.

Like GPS, however, Beidou has two modes: civilian and military. The Chinese military will have even more accuracy. They haven't disclosed by how much.

Recent Video from Gizmodo
View More >
Total Shipshow: Why Wonder Woman and Batman Belong Together
Wednesday 10:02 am
The US military and other agencies use augmentation systems that provide higher accuracy. GPS.gov claims that "these enable real-time positioning to within a few centimeters, and post-mission measurements at the millimeter level." Right now, the Air Force and Lockheed Martin are working on GPS III. It will greatly increase accuracy while giving a stronger signal, harder to jam and capable of penetrating areas in which the current GPS doesn't work.

What does it cover?
Right now they have ten geo-positioning satellites in orbit covering China. By 2012 they will have 16 to cover most of Asia and, by 2020, they will cover the entire world with 35 satellites. That means that their navy, airplanes and land troops would know where they are in any part of the world without depending on the American GPS.

How can they use Beidou?
China will be able to move their civilian transport ships and airplanes all over the world without being dependent on any other country. Their military would also use this system to direct their ships, combat airplanes, drones and land forces in battle.

They would also be able to use Beidou to target any kind of weapons with great accuracy, including cruise missiles.

Who benefits from this?
Apart from the Chinese military, their economic system will have a big boost thanks to Beidou. According to the head of the project talking to China Daily, it "will create a market as big as 400 billion yuan ($61.54 billion) by the end of 2020." The Chinese government is investing $25 billion on it.

Is it compatible with GPS?
According to Beidou, their system will be compatible with the American GPS, the Russian Glonass—which is also fully operative—and the European Galileo. [Beidou and China Daily via BBC, GPS.gov, Lockheed Martin]
 
http://www.atimes.com/article/chinas-precision-navigation-system-use-30-satellites/


Liu-Fang_Wang-Feixue-630x378.jpg

Liu Fang (left) and Wang Feixue. Photo: cpc.people.com.cn
19th Party CongressChina
China’s precision navigation system to use 30 satellites
BeiDou-3 will be able to achieve accuracy 'within millimeters', 10 times as precise as GPS, according to previous media reports
By Jeff Pao October 23, 2017 3:59 PM (UTC+8)
China is building a military-grade navigation system called BeiDou-3 that will have global coverage through more than 30 satellites, according to an academic speaking on the sidelines of the 19th National Congress of the Communist Party of China.

In 1995, China started to develop its first BeiDou Navigation Satellite System as an alternative to the Global Positioning System in use by the United States, Dr Wang Feixue, a professor at the College of Electronic Science and Engineering, National University of Defense Technology, said at a media briefing on Sunday evening.

“Our satellite program kicked off 20 years later than foreign countries’. We have not yet achieved full global coverage at the moment,” Wang said. “There is still a long way for us to go.”

As China only had the resources to launch six satellites two decades ago, its scientists could only use two satellites to track an object, he said. However, they faced a problem with “fast capture”, a key technology for navigation, he said.

“At that time, my team and I were interested in taking the challenge, and finally tackled the problem by using some new technologies,” he said. Based on their achievements, China now has BeiDou-2, which can connect to more than 10 satellites, and is developing BeiDou-3, he said.

“Even if our satellite system can achieve full global coverage by 2020, we should not slow down, as technology is improving every day,” he said. His team will continue to help equip the People’s Liberation Army with new technologies.

Born in 1971, Wang was granted admission to the National University of Defense Technology in 1988 and gained a PhD in 1998. He is the leader of the research team that developed China’s second-generation satellite system, BeiDou-2.

BeiDou, which literally means “Northern Dipper”, the Chinese name for the constellation known in the West as the Big Dipper or the Plow, is a huge engineering project jointly established by hundreds of government departments, and it has already been applied for civilian uses, Wang said.

Previous media reports said BeiDou-3 would be able to achieve an accuracy “within millimeters”, 10 times as precise as GPS.

China will continue to increase the quality and efficiency of its army in order to achieve basic automation by 2020, President Xi Jinping said in his opening speech at the 19th Party Congress last Wednesday. It will upgrade its army and weapons to achieve basic modernization of its national defense by 2035, he said.

By the middle of this century, the People’s Liberation Army (PLA) will become a leading army in the world, he said.

At the same media briefing where Wang spoke, Liu Fang, a staff officer of the Office for International Military Cooperation of the Central Military Commission, said that over the past five years during Xi’s first term in office, the PLA’s “circle of friends” had been growing.

“We have established military relations with many foreign powers and also developed different kinds of military cooperation with our neighboring countries,” she said.

The PLA has been proactively contributing to the United Nations’ peacekeeping actions and setting up information-exchange channels with other countries, Liu said.

The dailyReport
Must-reads from across Asia - directly to your inbox
 
ABNN now realized how far they lack behind China. Ah Neh media said 2 more new BDS satellites in next single launch, and Beidou-3 will beat USA's GPS.

http://news.sina.com.cn/o/2018-02-20/doc-ifyrqwkc8462369.shtml

印媒:中国再发射2颗北斗卫星 运行后可匹敌美GPS
2018年02月20日 13:20 参考消息

0
　　原标题：印媒：中国再次发射两颗北斗卫星 运行后可与美国GPS匹敌

　　参考消息网2月20日报道 印媒称，中国的西昌卫星发射中心本月登上媒体的头条新闻。2月12日，中国在该中心发射了两颗北斗三号卫星。到2020年，中国将建成北斗卫星的完整系统，作为该系统的一个组成部分，这些“天眼”将开始运行，与美国的全球定位系统（GPS）相匹敌。

　　据《印度教徒报》网站2月17日报道，中国北斗卫星导航系统因而成为另一个导航选项。北斗三号卫星的发射展现出中国要迅速在国际太空版图上烙上中国印的钢铁般决心。

　　报道称、尽管北斗卫星导航系统侧重于民用，但它也有着突出的军事用途。《大众科学》月刊网站上刊载的一篇文章指出，北斗卫星导航系统嵌入“为弹药和无人机提供超级精确制导”的技术。最新发射的北斗卫星拥有高精度的原子钟，可使卫星发送精确的定时无线电脉冲，使实时定位军事目标更加精确。

　　中国的“一带一路”倡议、发射月球探测器的计划和极具挑战性的建立空间站的计划都在加快北京奔向太空的步伐。

　　中国官方通讯社新华社报道，根据规划，在2018年年底前，北斗三号将建成18颗卫星的基本系统，具备为“一带一路”沿线国家和地区提供服务的能力。

责任编辑：张玉

关键字 : 北斗卫星GPS北斗
我要反馈
 
http://www.globaltimes.cn/content/1070048.shtml


BeiDou surpasses GPS in China
By Chu Daye Source:Global Times Published: 2017/10/12 22:03:39
9
Widespread use in home market ensures success: experts
edeb1962-0884-455c-b6bc-7b24acfa07b6.jpeg

People look at a model of China's homegrown BeiDou Navigation Satellite System at an exhibition in Xi'an, capital of Northwest China's Shaanxi Province in April. Photo: VCG

Experts said China's BeiDou Navigation Satellite System (BDS) has surpassed the US-developed Global Positioning System (GPS) after having made great progress in the past few years, during which the homegrown system has found widespread application on an industrial scale in both China and the global market.

Huang Haihui, an executive at the Shenzhen-listed Beijing UniStrong Science & Technology Co, said that while the relationship between BDS and GPS is not a zero-sum game, BDS has already surpassed GPS in the Chinese market in terms of the number of chips that receive signals from the system. Huang's firm, which uses BDS, is a leader in the geospatial market.

Today, a great many chips receive signals sent by both GPS and BDS for added precision. And chips that integrate BDS and GPS are sold on the market for the same price as GPS-only chips, with the entry-level chips selling at less than 10 yuan ($1.5), according to experts.

"Not only has BDS surpassed GPS in that sense, it is also advancing in the global market, in which the system can engage in a wrist-wrestling game with the latter. In the Southeast Asian market, BDS has the upper hand," Huang told the Global Times on Thursday.

Wang Bo, a leading global navigation satellite systems (GNSS) scientist with the Beijing Institute of Technology, also echoed that sentiment, saying that, in terms of industrial output value, BDS is beating GPS in the Chinese market.

According to an industry white paper, the overall output value of the GNSS and location-based services market in China reached 211.8 billion yuan in 2016, up 22.06 percent from the previous year. And for the industry's core output, BDS contributed 70 percent.

Wang said that the growth of BDS is consistent with the rapid growth of China's national strength. "Such growth is due to the urgent and immense market demand generated in China. There is a lot of new demand created in China, which does not exist in the ecosystem for GPS."

"The growth of BDS is associated with new emerging industries in China, such as mobile Internet and the Internet of Things," Wang told the Global Times on Thursday. "For instance, BDS has applications in urban underground pipeline monitoring and driver license training. Such applications are not seen with GPS."

Wang said that the two systems are different in terms of constellation, communication capability and signal frequency. And these technological differences mean that BDS can perform more functions and is more precise than GPS.

Homegrown success

BDS has been independently developed by China. It is one of the four major GNSS in the world, along with the US-developed GPS, the EU's Galileo and Russia's Global Navigation Satellite System, known as GLONASS.

With the current BDS, China aims to serve countries along the Belt and Road routes as well as other neighboring countries by 2018, and is expected to launch another 35 satellites by 2020 to provide services to global users.

China had 23 BeiDou navigation satellites in orbit by the end of 2016, while GPS had 24 satellites.

Huang said the advantages and progress of BDS came with the mass adaptation of the technology in the vast Chinese market and the growth of Chinese companies in the industry.

BDS has now become a calling card for China, similar to bullet trains, Huang said.

"In the past five years, the application of BDS has expanded from the national defense sector into a number of new sectors and industries - civilian use in particular," Huang said.

"These applications are massive in scale and spread across many industries. In agriculture, tractors in the field and drones flying over for inspection and monitoring are connected with BDS," he noted.

"At construction sites, engineering machinery is equipped with BDS. And at the consumer end, more and more handsets have chips that accommodate both GPS and BDS," Huang said.

"The competition is in many areas - in technology, the patents pool and the market scale. It is more than the competition between the two navigation systems; it is also competition between companies in the industrial chain of the navigation business," Huang said, adding that Chinese navigation firms have been expanding their global footprint via mergers and acquisitions in the past five years.

"The common belief that GPS is dominant [in the Chinese market] is just wrong," Wang said.
 
https://www.spatialsource.com.au/gpsnav/beidou-outpaces-gps-chinese-market

Beidou outpaces GPS in Chinese market
By Daniel Bishton on 1 November, 2017
Ground_track_beidou-m2_satellite-436x335.jpg

Ground track of a Beidou-M satellite. Photo by Secretlondon via Wikimedia Commons.

China’s BeiDou Navigation Satellite System (BDS) is outpacing GPS in its home market of China, and expanding rapidly in Southeast Asia.

BDS is China’s homegrown IGNSS network, comparable to the US’s GPS, Russia’s GLONASS and the European Galileo constellation.

Founded in 1994 with two earlier iterations, third generation Beidou-3 satellites are now being developed and launched, with this newest iteration of the network being claimed to exceed GPS accuracy. Beidou-2, also known as COMPASS, has an accuracy available to civilians of 10 metres, with a licensed military service offering accuracy of 10 centimetres.

BDS uses geostationary satellites, unlike GPS and GLONASS’ intermediate circular orbit, meaning they do not need as large a system for equivalent coverage, but that coverage is limited to where geostationary satellites are visible.

Lei Fanpei, chairman of the China Aerospace Science and Technology Corporation (CASC) — China’s main space agency contractor, recently announced that groups of Beidou-3 satellites would be launching in November, and that the 35-satellite system would be completed by 2020. Following the partial failure of a Long March 3B rocket earlier this year, rockets that typically loft the Beido-3 satellites into orbit, Chinese space missions were halted, but the new next launch is anticipated for November 3.


BDS has also overtaken GPS in terms of the number of chips that receive signals from the system, according to Huang Haihui, an executive at geospatial services provider Shenzhen-listed Beijing UniStrong Science & Technology Co as reported by Global Times, also reporting that the overall output value of GNSS and the location-based services market in China was worth 211.8 billion yuan in 2016, up 22.06 percent from the previous year, with BDS contributing 70 percent of this figure.

The_Launch_of_Long_March_3B_Rocket-245x335.jpg

Launch of a Long March 3B rocket, often used to carry Beidou satellites into orbit. Photo by AAxanderr via Wikimedia Commons.

BDS penetration beyond China is primarily in the Asia-Pacific, with China intending to provide service to all of the countries encompassed by its Belt and Road initiative, with global coverage anticipated with Beidou-3’s completion in 2020.

You may also like to read:
 
http://gpsworld.com/gnss-the-new-gps/

GNSS: The New GPS
January 7, 2015 - By Eric Gakstatter

Est. reading time: 3:30
1 Comments
First of all, on behalf of all of us here at GPS World magazine, allow me to welcome you to 2015. We wish you a healthy and prosperous new year!

I’d like to start out the new year stating the obvious for some of you, maybe most of you…perhaps all of you: GNSS is the new GPS.

In the high-precision GNSS community, I think this is already our mindset, and has been for quite some time. The benefit of using signals from as many satellite navigation systems to the high-precision user is obvious. We saw this with the adoption of GLONASS more than a decade ago. It’s to the point now that even many consumer receivers (such as my Samsung Galaxy S5) utilize both GPS and GLONASS satellites.

I think it’s pretty obvious we’ll see the same phenomenon with Galileo (Europe) and BDS (China’s BeiDou system). It’s exciting to think about what high-precision GNSS positioning is going to look like just 2-3 years from now. Think about how much better RTK positioning will be with 30+ satellites in view. By the way, that’s already a reality in China where BDS has 14 regional satellites in addition to GPS and GLONASS. It’s the best place in the world for RTK positioning due to the number of satellites in view at any one time, and it might be the reason that China consumes more RTK receivers than the rest of the world combined.


BDS coverage area.




BDS satellite orbit map.

I certainly look forward to the deployment of Galileo and BDS. It will only make us more productive in accomplishing our work. Yet I’m reminded frequently when reading mainstream news headlines that Galileo, BDS, and GLONASS compete with GPS. Even some of those who hold GPS dear to their hearts, such as those who were involved in the development, promotion and deployment of GPS, view the other satellite systems as competition.

Maybe that’s not a bad thing because competitors push each other to perform better. However, where it might hurt is when it comes to support, such as funding. Galileo, in particular, because it’s funded with civil funds instead of defense funds like GPS and GLONASS, has been criticized as a wasteful use of resources because GPS already exists. What more can it add, they ask? The mainstream media doesn’t have a clue that the satellite navigation systems are complementary rather than competitive. You and I know that more satellites generally equates to increased productivity no matter who owns/operates the satellite that is sending the signal. I cringe when I read these headlines:

News Headlines

GPS and its Three Main Competitors: Galileo, Beidou, GLONASS

GPS vs. Galileo; Where Are They Headed?

China Spreads Alternative To U.S. GPS System

China’s Beidou Navigation Satellite System More Precise than GPS in Certain Areas

GPS vs GLONASS: Which Is Best for Tracking Applications?

Generally, I dismiss the mainstream media in the GNSS arena, but these misleading articles can have an impact on funding of the various GNSS, such as Galileo. Politicians and various purse-string holders can be influenced by these stories.

Galileo Moving Forward

The Europeans are pushing forward after the recent hiccup when the first two Full Operation Capability (FOC) Galileo satellites were inserted in the incorrect orbits due to an improper fuel line installation on the rocket launcher resulting in the satellites being inserted in an orbit far below its intended orbit (an elliptical orbit, 49.8 degrees at 26,200 km, vs. the intended circular orbit, 55 degrees at 29,900 km).

In October 2014, shortly after the faulty launch, the outlook for the two satellites was bleak. The consensus was that there was no feasible method to move the satellites to their intended orbits. The good news was that besides the fact that they were in New York instead of Los Angeles :-), they checked out healthy, were properly oriented to the sun, and were “thermally stable.” Would they join GPS SVN-49 in being demoted to permanent test mode status, never being allowed to join the operational constellation, further delaying the deployment of Galileo? Not so.

In late October, flight engineers used a series of fuel burns, using more than 75 percent of its fuel payload, to boost the satellite 3,500 km further into space, into a more circular orbit. While the original, incorrect orbit “prevented their use for navigation services because they were too low during part of their orbit to sense the horizon and correctly determine their own position,” the new orbit, not quite the intended orbit, seems sufficient to allow the satellite to perform most of its intended duties, including being incorporated into Galileo’s operational constellation.

The first live test was completed on December 9, 2014, when the satellite was one of four Galileo satellites that delivered a position fix of better than two meters. Furthermore, in a January 1 article published on GPS World’s website, Peter Steigenberger and André Hauschild of the German Aerospace Center wrote that the rogue Galileo FOC satellites can likely be used by commercial, multi-frequency, high-precision GNSS receivers for carrier-phase positioning. One drawback is that because the satellite’s orbit doesn’t fall within the limits of the standard Galileo almanac, it may take receivers longer to begin tracking the satellite.

Flight engineers are now working on maneuvering the second rogue Galileo satellite in the same manner, hoping for the same result.

All in all, this is about as good of a result that could possibly be expected. My hat’s off to the folks who made this happen.

Meanwhile, the next four Galileo FOC satellites are moving through the production process. Originally slated for a December launch, I suspect last year’s launch anomaly had the Galileo folks double-triple-quadruple checking, dotting i’s and crossing T’s, so make sure the next launch has the best chance of success. They haven’t announced a new launch schedule yet, but I would guess it’s likely in the next six months, with quarterly launches resuming if things goes smoothly. If all goes well, we could be benefiting from 10 healthy Galileo satellites by the end of the year.

Thanks, and see you next time.

Follow me on Twitter at https://twitter.com/GPSGIS_Eric

 
https://tiananmenstremendousachieve...ellite-positioning-system-better-than-us-gps/

Tiananmen's Tremendous Achievements
The official blog for Tiananmen’s Tremendous Achievements: The Silent, Peaceful Coup D’état in China by Chan Kai Yee
← China Building 4 Newest 052D Destroyers Simultaneously at One Shipyard
Philippines says China appears to be building airstrip on disputed reef →
China’s Beidou Satellite Positioning System Better than US GPS
Posted: May 14, 2014 | Author: chankaiyee2 | Filed under: Uncategorized | Tags: BDS, Beidou navigation satellite system, China, GPS, US |1 Comment






6 Votes


Beidou GPS satellite

China’s Beidou Navigation Satellite System (BDS) has been providing better services than US GPS for the Asia-Pacific region since December 2012. So far, BDS has been able to provide positioning data between longitude 55°E to 180°E and from latitude 55°S to 55°N.

It cannot provide global coverage because only 16 of its planned 35 satellites have been launched. However, the services provided in the limited area prove that it is superior to US GPS.

First, it has better accuracy, Its civil services has similar accuracy to GPS, but the positioning accuracy of its exclusive military service for China and Pakistan is said to be 10 centimeters.

The US GPS has only 32 satellites all in medium earth orbits with no geostationary ones. China’s BDS has 35 satellites, 5 of which in geostationary orbits, 27 in medium earth orbits and 3 in inclined geosynchronous orbit. No wonder BDS has better accuracy.

There has the plan to increase the number of satellites to more than 75. In that case, BDS will be far superior than GPS.

Second, BDS provides message services so that one user can send its position and status to another.

Third, it can better resist interference. GPS is vulnerable to interference as proved by Iran’s capture of a US reconnaissance drone.

Due to the communications capabilities, a BDS user controlling a drone can discover the interference from the messages sent back by the drone; therefore, the communications capability enables BDS to better resist interference.

China has successfully developed chips and terminal products and is conducting mass production of them. When all the 35 satellites have been put into orbits, BDS will provide global services better than GPS. It is expected that by the time BDS provides normal global services, it will grab from the U.S. a market share of 80% in China and 20% in the world. That will greatly reduce US government’s income from its GPS services and make BDS Chinese government’s cash cow.

In fact, that is not most worrysome for the US. The most worrysome is China’s great potential in developing most advanced technology.

In 2003, China wanted to join Europe’s Galileo System. It signed an agreement with Europe in 2004 for that purpose. However, Europe failed to see China’s potential and allowed China to play only an insignificant role. China withdrew from Galileo System and began to compete with Europe by its BDS in 2008.

Now the fast development of BDS proves that China is a winner in the competition.

It seems that the more China is looked down, the better achievements China can obtain.

Another example is China’s development of its AEW&C aircraft. A few years ago, Israel signed contracts with China to provide it with Israil’s AEW&C, but was force by the U.S. to rescind the contracts. However, now China has developed AEW&C aircrafts better that the one Israel wanted but was forced not to sell China.

Source: millike.com “Surprising exposure of the reason why the Philippines dare to seize Chinese fishing boat: Appearance of mystic person behind the scene” (summary by Chan Kai Yee based on the article in Chinese)

Sources: Wikipedia “Global Positioning System” and “Beidou Navigation Satellite System”

Related posts:

  • Top Secret: China Developing Second Generation of Beidou Missile Guiding System dated November 17, 2013
  • Beidou launches navigation data for Asia-Pacific region dated December 28, 2012
  • China’s Beidou GPS as Accurate as US GPS system dated December 1, 2012








 
Last edited:
aiyah. who cares? the coverage is limited to tiong geographic footprint. when it’s ready for global coverage including polar caps then cum and talk.
 
eatshitndie said:
aiyah. who cares? the coverage is limited to tiong geographic footprint. when it’s ready for global coverage including polar caps then cum and talk.
Click to expand...


Wrong! It can be done instantly @ whereever PLA wants.

All they have to do is to drop 1 or more signal processing pod into any area. Pods can be dropped by airplane / drone / rockets / missiles / shells / vehicle / helicopter / boats. They have BDS Beidou 3 antennas, they can be rather tiny. They can be signal activated, meaning they turn-off until they received activation signals from PLA devices, and after a short duration turn off again to save batteries and avoid enemy discovery.

The coverage area map shows only China because that Qian Xun Location service company is licensed to serve customers only in China. There are tens of thousands of permanently installed and permanently enabled pods covering their own homeland.

PLA should already had millions of these pods planted secretively all over the world. Should be already dozens in SG already. They won't draw it in their service area map to reveal to you.

When they needed precision location, their pods will give them location signals, turned off otherwise. Remember Beidou 3 BDS is a 2 WAYS system capable of global SMS. Their users are REGISTERED. System knows which user is requesting location and where they are. The pods can be easily any unsuspected Made In China Devices. Such as the GPS unit in O-bike OFO etc.

17504464_1217187948376326_4490995817883865389_o.jpg
 
https://news.cgtn.com/news/3d4d544d35497a4d/share_p.html

China's BeiDou system to expand cooperation to SE Asia
TECH & SCI
By Jin Zixiong
news-date.png

2017-04-01 22:14 GMT+8

Share


like.png

973b00be-11ed-4ce0-a84e-15c4fd871664.jpg

China's home-grown BeiDou Navigation Satellite System (BDS) will expand its cooperation to Thailand and Sri Lanka, and then to the entire Southeast Asia, in a bid to go global, the system's operator has said.
Du Li, general manager of Wuhan Optics Valley BeiDou Holding Group Co., told Xinhua recently that his company will continue to explore models for international scientific and technical cooperation on BDS, including the joint construction of base stations, joint technical development and research, personnel training and exchanges, and others.
Wuhan Optics Valley BeiDou established the first batch of three overseas Continuously Operating Reference Stations (CORS) and its networking for BDS in Chonburi Province, eastern Thailand in December 2013, while it is also planning to build a China-ASEAN science and technology city in Thailand for promoting BDS applications.
The Association of Southeast Asian Nations (ASEAN) consists of 10 countries, including Thailand, Malaysia, Vietnam, Cambodia and Laos.
8394e330-1005-4602-aab4-bfddb766e5fe.jpg

A ground-based terminal linked to BeiDou Navigation Satellite System / CFP Photo
Wuhan Optics Valley BeiDou this year will cooperate with Sri Lankan related authorities to develop at least 10 CORS in the South Asian country for such applications as land surveying and mapping, ocean fishery and disaster warning, Du said.
The establishment of CORS in Thailand and Sri Lanka will extend the BDS coverage at least 3,000 km more towards Southeast Asia and South Asia, Du said.
Wuhan Optics Valley BeiDou is based in Wuhan, capital city of Hubei Province in central China. It is in charge of the operations and services of BDS, a GPS-like global positioning system.
By the end of 2016, BDS already had a constellation of 32 satellites.The Belt and Road Initiative is an opportunity for China's space science and technology, said Li Deren, a professor at a state key laboratory in Wuhan University located in Wuhan.
"Our priority is to expand BDS from China to the frontline of the Belt and Road Initiative, and Optics Valley BeiDou is a pioneer," Li said.
China-made smartphones, such as Huawei smartphones, will be good platforms for BDS to go overseas as they carry Chinese chips, Li said.
(Source: Xinhua)
 
Tony Tan said:
8394e330-1005-4602-aab4-bfddb766e5fe.jpg
Click to expand...


This example is one of the fixed installation of differential signal point. It is essential that white box in front, with battery inside, solar power panel above, antenna on mast top. The other device further is just a CCTV monitor for security of this installation. This location must be an off-shore light house on some islet or rocks in South China Sea alike Pedra Branca
 
Tony Tan said:
https://news.cgtn.com/news/3d4d544d35497a4d/share_p.html

China's BeiDou system to expand cooperation to SE Asia
TECH & SCI
By Jin Zixiong
news-date.png

2017-04-01 22:14 GMT+8

Share

email.png

like.png

973b00be-11ed-4ce0-a84e-15c4fd871664.jpg

China's home-grown BeiDou Navigation Satellite System (BDS) will expand its cooperation to Thailand and Sri Lanka, and then to the entire Southeast Asia, in a bid to go global, the system's operator has said.
Du Li, general manager of Wuhan Optics Valley BeiDou Holding Group Co., told Xinhua recently that his company will continue to explore models for international scientific and technical cooperation on BDS, including the joint construction of base stations, joint technical development and research, personnel training and exchanges, and others.
Wuhan Optics Valley BeiDou established the first batch of three overseas Continuously Operating Reference Stations (CORS) and its networking for BDS in Chonburi Province, eastern Thailand in December 2013, while it is also planning to build a China-ASEAN science and technology city in Thailand for promoting BDS applications.
The Association of Southeast Asian Nations (ASEAN) consists of 10 countries, including Thailand, Malaysia, Vietnam, Cambodia and Laos.
8394e330-1005-4602-aab4-bfddb766e5fe.jpg

A ground-based terminal linked to BeiDou Navigation Satellite System / CFP Photo
Wuhan Optics Valley BeiDou this year will cooperate with Sri Lankan related authorities to develop at least 10 CORS in the South Asian country for such applications as land surveying and mapping, ocean fishery and disaster warning, Du said.
The establishment of CORS in Thailand and Sri Lanka will extend the BDS coverage at least 3,000 km more towards Southeast Asia and South Asia, Du said.
Wuhan Optics Valley BeiDou is based in Wuhan, capital city of Hubei Province in central China. It is in charge of the operations and services of BDS, a GPS-like global positioning system.
By the end of 2016, BDS already had a constellation of 32 satellites.The Belt and Road Initiative is an opportunity for China's space science and technology, said Li Deren, a professor at a state key laboratory in Wuhan University located in Wuhan.
"Our priority is to expand BDS from China to the frontline of the Belt and Road Initiative, and Optics Valley BeiDou is a pioneer," Li said.
China-made smartphones, such as Huawei smartphones, will be good platforms for BDS to go overseas as they carry Chinese chips, Li said.
(Source: Xinhua)
Click to expand...
aiyah. it’s like differential gps (dgps) that i used over 23 years ago where a terrestrial reference beacon is required. at that time i could pinpoint a 4-dimensional geolocation x,y,z and time down to less than 1cm. nowadays with the new gps and same technique can pinpoint down to less than 6.9 mm. nothing new. tiongs just improve tiny bit on the dgps technique. next year new navstar gps plus ground reference can provide less than 0.69mm precision. use 2 ground stations and its down to 69 nm.
 
eatshitndie said:
aiyah. it’s like differential gps (dgps) that i used over 23 years ago where a terrestrial reference beacon is required. at that time i could pinpoint a 4-dimensional geolocation x,y,z and time down to less than 1cm. nowadays with the new gps and same technique can pinpoint down to less than 6.9 mm. nothing new. tiongs just improve tiny bit on the dgps technique. next year new navstar gps plus ground reference can provide less than 0.69mm precision. use 2 ground stations and its down to 69 nm.
Click to expand...


Can get position to MM accuracy is world 1st and ONLY.
 
You must log in or register to reply here.

Similar threads

disconsolate
爆出 女大生为赚学费 4年接客900次
Replies
4
Views
680
searcher1
searcher1
disconsolate
Free bus people still complain..Lol
Replies
2
Views
885
Leongsam
Leongsam
disconsolate
LaoChio Boss tio scam more than a million bucks
Replies
0
Views
249
disconsolate
disconsolate
P
Serious Tiongland Hospitals Provide bathing check colour service with Chiobu Nurses!
Replies
2
Views
833
millim6868
M
disconsolate
3 men abandoned their Mercedes in Geylang and ran for their lives
2
Replies
28
Views
1K
k1976
k1976
Back
Top