Korean Mesh Network: Difference between revisions
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=Introduction= |
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Because the IT infra of South Korea is quite well established compared to developing nations, it's rather easy for any OLPC (or its derivatives) to connect to the Internet regardless of their locations. However, we expect those 20,000,000+ OLPC and its derivative machines can establish a national-wide mesh network themselves. Therefore, there are two routes for each OLPC (or its derivative machine) to connect another, one via the current information highway of South Korea and the other via Korean Mesh Network, composed of more than 20,000,000 machines. |
Because the IT infra of South Korea is quite well established compared to developing nations, it's rather easy for any OLPC (or its derivatives) to connect to the Internet regardless of their locations. However, we expect those 20,000,000+ OLPC and its derivative machines can establish a national-wide mesh network themselves. Therefore, there are two routes for each OLPC (or its derivative machine) to connect another, one via the current information highway of South Korea and the other via Korean Mesh Network, composed of more than 20,000,000 machines. |
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Revision as of 01:01, 11 July 2007
환영합니다 | Portal | XO Korea | Deployment | Content | Hardware | Software | Mesh Network | Ethics | LOS | XO City | Accreditation | Consortium
Introduction
Because the IT infra of South Korea is quite well established compared to developing nations, it's rather easy for any OLPC (or its derivatives) to connect to the Internet regardless of their locations. However, we expect those 20,000,000+ OLPC and its derivative machines can establish a national-wide mesh network themselves. Therefore, there are two routes for each OLPC (or its derivative machine) to connect another, one via the current information highway of South Korea and the other via Korean Mesh Network, composed of more than 20,000,000 machines.
Transmission Network
Relay/switch Network
Internet
MPLS
School server & its derivatives
Because schools (even kindergartens also) in South Korea are all connected to the Internet now and provided of stable electricity 24hrs/365days, composing a network (stand-alone or not) is quite easy.
However, because we hope school servers to connect to (an)other school servers directly with or without using current cable networks, and because we hope OLPC and its derivatives be supplied to not only schools but other organizations also, we also make some derivatives of school servers suggested by the OLPC foundation.
There will be various types of servers in South Korea, ranging from a server for only one person to that for 1,000 persons.
Seoul
Incheon
XO Korea/Incheon/mesh network/schools
Daejeon
XO Korea/Daejeon/mesh network/schools
Gwangju
XO Korea/Gwangju/mesh network/schools
Daegu
XO Korea/Daegu/mesh network/schools
Busan
XO Korea/Busan/mesh network/schools
Gyeonggi
XO Korea/Gyeonggi/mesh network/schools
Gangwon
XO Korea/Gangwon/mesh network/schools
Chungnam
XO Korea/Chungnam/mesh network/schools
Chungbuk
XO Korea/Chungbuk/mesh network/schools
Gyeongnam
XO Korea/Gyeongnam/mesh network/schools
Gyeongbuk
XO Korea/Gyeongbuk/mesh network/schools
Jejudo
XO Korea/Jeju/mesh network/schools
- ASAP - A Server Per Person: According to the Korean government's Vision2030 plan, we allocate one server per governmental employee, virtual or real.
Governmental server
It's a derivative of school server for governmental organizations. See List of governmental organizations in South Korea].
Our approach to governmental servers is function-oriented. As the Korean government already classified its services (or functions) into about 60,000 governmental functions (total level 1~6, only level 1~3 are publicized. A category is sum of a few computational functions), we are making the repository of those 60,000 governmental service functions. So, the governmental server of any department or organization will be a collection of a few governmental functions, and a governmental functions also is a collection of a few computational functions (may or may not be written in Python).
As XO Korea already reclassified the 65,000 governmental functions into 3,000+ core functions, each governmental server will provide each of those 3,000+ governmental function.
| Government Deployment | National Government | Local Governments | Governmental Subsidiaries | ||||||||||
Seoul
Incheon
XO Korea/Incheon/mesh network/schools
Daejeon
XO Korea/Daejeon/mesh network/schools
Gwangju
XO Korea/Gwangju/mesh network/schools
Daegu
XO Korea/Daegu/mesh network/schools
Busan
XO Korea/Busan/mesh network/schools
Gyeonggi
XO Korea/Gyeonggi/mesh network/schools
Gangwon
XO Korea/Gangwon/mesh network/schools
Chungnam
XO Korea/Chungnam/mesh network/schools
Chungbuk
XO Korea/Chungbuk/mesh network/schools
Gyeongnam
XO Korea/Gyeongnam/mesh network/schools
Gyeongbuk
XO Korea/Gyeongbuk/mesh network/schools
Jejudo
XO Korea/Jeju/mesh network/schools
Business server
According to the vision of the Korean Government, integrating national-wide information resources in five(10) years, we extended school server architecture to business areas also, based on UNSPSC (United Nations' Service & Product Standard Classification).
XO Korea expects to distribute about 100,000 Business Servers in Korea, each performing a server for providing each business service or manufacturing products.
See XO Korea/business deployment and XO Korea/business content
Seoul
XO Korea/seoul/mesh network/business
Incheon
XO Korea/Incheon/mesh network/business
Daejeon
XO Korea/Daejeon/mesh network/business
Gwangju
XO Korea/Gwangju/mesh network/business
Daegu
XO Korea/Daegu/mesh network/business
Busan
XO Korea/Busan/mesh network/business
Gyeonggi
XO Korea/Gyeonggi/mesh network/business
Gangwon
XO Korea/Gangwon/mesh network/business
Chungnam
XO Korea/Chungnam/mesh network/business
Chungbuk
XO Korea/Chungbuk/mesh network/business
Gyeongnam
XO Korea/Gyeongnam/mesh network/business
Gyeongbuk
XO Korea/Gyeongbuk/mesh network/business