UniNet Updated Sumnuan Hirunwong UniNet, OHEC Ministry of Education.

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1 UniNet Updated Sumnuan Hirunwong UniNet, OHEC Ministry of Education

2 Agenda Introduction to Research and Education Network
Introduction to UniNet Network (Thailand Research and Education Network) International Research and Education Network Research and Education Activities Future Internet

3 National Research and Education Network
NREN is a specialized Internet Service Provider dedicated to supporting the needs of the Research and Education communities within a country. It is usually distinguished by support for a high-speed backbone network, often offering dedicated channels for individual research projects. NRENs are usually the places where new Internet protocols are introduced before deployment within the Internet. Such as Ipv6, Multicast.

4 Research and Education Networks
Some Terminology Research and Education = R&E Research and Education Networks = REN National REN = NREN Globally, the REN connectivity is very complex and very difficult to understand Terminology =คำศัพท์

5 REN : Characteristics High bandwidth networks Low latency
50G backbones and 100G coming Research typically needs uncongested networks Which means many RENs are lightly used with lots of unused capacity (we call it headroom) * 50 Gbps:10Gx5 Lamda for UniNet/NEdNet Low latency Terrestrial fiber Open Networks with no filtering Firewalls can make it hard for ad-hoc activities uncongested = ไม่ทำให้เกิดความแออัด lightly =อย่างเล็กน้อย Headroom= ที่ว่างโค้งส่วนบน

6 Far East Asia and Oceania
APAN SINET (JAPAN) CERNET (China) KOREN (Korea) SingAREN (Singapore) TANET2 (Taiwan) ThaiREN (Thailand) AARnet (Australia) HARNET (HK) ASTI (PH) LEARNET (Sri Lanka) ERNET (India) LERNET (Loas)

7 About UniNet UniNet is the largest internet provider for Thai educational institute. Established in 1996 as a part of Ministry of University Affairs Now is under Ministry of Education UniNet provides hi-speed internet links to universities, educational institutes For advanced research Education and learning UniNet was founded in the year 1996 with the purpose follow as Government policy on that time for link together and develop the teaching and learning of universities and the regional campuses throughout the country and to serve and linkage for the academic and research projects conducted among institutions in foreign countries. This is achieved with the implementation of information technology within a network infrastructure and the optimization of shared network resources. Uninet resembles the central operation unit that is responsible for developing the information technology for Advance research and education and Learning

8 Vision and Mission UniNet NEdNet Basic Education Vocational
To develop a Infrastructure and high-speed network for REN To employ information technology for learning resource development To created and support a research and education working group To develop the human resources NEdNet Basic Education Vocational UniNet vision and mission want to push the policy for development Information and Communication Technology in Education provides a comprehensive education system with the following: 1. To develop a Infrastructure and high-speed network for Research and Education Network 2. To employ information technology for learning resource development 3. To created and support a research and education working group 4. To develop the human resources Higher Education UniNet

9 Member of UniNet/NEdNet (2009-2014)
Members Number of Member Universities/Institutes 194 Vocational Education 415 Educational Service Area 185 Basic Education (schools) 9,749 Municipality Public Library 151 Research and other Education 51 Total 10,745 Currently UniNet has the members more than 10,000 institutes including universities/vacationals/schools and other education offices around the country and more than millions of users. Millions of users!

10 From UniNet to NEdNet (National Education Network)
The Previous Education Networks MOE Net (Primary, Secondary Schools) VEC Net (Vocational Network) UniNet (University Network) “Thailand Government approved Stimulus Package total Budget 6,000 M Baht or 170 M US$ to Integrate all Education Network to National Education Network (NEdNet)” Currently, UniNet has been determined project from Thai Government (Bureau of the Budget), The project Stimulus Package with support all infrastructure and connection link to Education at all level in Thailand for research and Education Network via Fiber optic only, The project run between year 2010 to 2014 and approved budget around 170 Million US$ to Integrate all Education Network to National Education Network

11 UniNet Layers of UniNet

12 UniNet Backbone Network System
แสดงถึงการแยกโครงสร้างเครือข่ายแกนหลักและโครงสร้างของเครือข่ายกระจายระดับศูนย์จังหวัด Backbone Node 5x10 Gbps (5Lamda) Distribution Node 1x10 Gbps (5Lamda) Backbone Node Distribution Node

13 UniNet/NEdNet Network Topology
Router - Cisco CRS 1/8 = 24 Units - Cisco CRS 1/4 = 64 Units Fiber Optical 50 Gbps 10 Gbps โครงสร้างเครือข่ายแกนหลักของเครือข่าย UniNet/NEdNet Network กระจายครอบคลุมทุกจังหวัดทั่วประเทศ โดยมีขนาดความเร็วของช่องสัญญาณเครือข่ายแกนหลัก 50 Gbps และกระจายไปยังศูนย์ระดับจังหวัดด้วยขนาดความเร็ว 10 Gbps

14 UniNet Backbone Network Services : - IPv4/IPv6 Unicast/Multicast
Backbone Network Support with Bandwidth 50 Gbps Distribution Network Support with bandwidth Gbps - Nx1000 Mbps for Higher Education/ Research Institute Mbps for Vocational Education Mbps for Schools Network Services : - IPv4/IPv6 Unicast/Multicast IPv4/IPv6 Operation Ready MPLS /L2/L3 VPN Traffic Engineering Support (TE) Quality Of Services : QoS

15 80 G 1 G 50 G BKNIX 10 G

16 IPv6 Network MAP

17 Research & Education Collaborations
TEIN4 JGN THAILAND The picture show structure network connection of UniNet with ThaiREN ThaiREN network has expanded the original circuits from Thailand connect into TEIN4 network via Singapore Node the Bandwidth is155 Mbps and will upgrade to 622 Mbps. There is a direct link from Singapore node APAN-JP network in Japan with the bandwidth 622 Mbps And also connect into Internet2 network Bandwidth of 155 Mbps. Seminar Research Conference UniNet Thaisarn

18 International R&E Network Collaborations
AI3 ปัตตานี ยะลา นราธิวาส แม่ฮ่องสอน เชียงราย ลำปาง พะเยา น่าน แพร่ อุตรดิตถ์ สุโขทัย ลำพูน ตาก กำแพงเพชร เพชรบูรณ์ เลย ชัยภูมิ พิจิตร หนองบัว ลำภู อุดรธานี หนองคาย สกลนคร นครพนม กาฬสินธุ์ มหาสารคาม มุกดาหาร ร้อยเอ็ด ยโสธร อำนาจ เจริญ บุรีรัมย์ สุรินทร์ ศรีสะเกษ นครสวรรค์ อุทัยธานี กาญจนบุรี สุพรรณ บุรี ลพบุรี สระบุรี ปราจีนบุรี สระแก้ว ฉะเชิงเทรา จันทบุรี ระยอง ราชบุรี เพชรบุรี ตราด พระนครศรี สิงห์ ปทุมธานี นนทบุรี สมุทรสงคราม สมุทรสาคร สมุทรปราการ ประจวบ คีรีขันธ์ ชุมพร ระนอง สุราษฏร์ธานี พังงา ภูเก็ต กระบี่ ตรัง สตูล พัทลุง นครนายก เชียงใหม่ นครราชสีมา อุบลราชธานี สงขลา นครศรีธรรมราช JGN-X (JP) Internet2 (USA) UniNet NOC ThaiSarn NOC APAN-JP PoP Global R&E Networks ThaiREN PoP Sigapore PoP 1 Gbps via Singapore Hong Kong PoP 1 Gbps TEIN4

19 APAN

20 Internet2 www.internet2.edu

21

22

23 Research and Education
Working Groups and Activities

24 Community of Education and Research Network in Thailand
The Research Community Network project as it foresees the essence of networking development. In this case, the Office has managed annual technical seminars called WUNCA. The seminar is held twice a year with the purpose to brainstorm and receive queries and advices as well as demonstrate technology and provide information to members. The seminar has combined group-meeting to learn information technology as the follows: Research Working Group IPv6 Education Cloud Security Network Open Source Eduroam E-Learning and Multimedia GIS Distance Learning Telemedicine E-Culture CanalAVIST

25 UniNet is the infrastructure for National Research Projects
National e-Science Project Learning Cloud Service Chulalongkorn university and Kwangju Institute of Science and Technology Korea Tele-medicine projects Data Transportation for THEOS satellite of GISTDA

26 National e-Science Project

27

28 Examples of Network Services, Applications, and Project Collaborations
IPv4/IPv6 Eduroam Teleconferencing E-learning/Tele-education Tele-medicine Live video stream transmission Earth observation data transfer E-Science Cloud Future Internet technology

29 @Thailand 19 University implemented

30 Tele-Education Students can attend virtual classes that look as if they are attending in the same classroom. NREN International Backbone Network Real-time communication Contents server Access control system Contents searching system Real-time inter-university communication On-demand access

31 Tele-Education

32 Tele-Education

33 CanalAVIST: DVTS Media Steam on e-Learning

34 E-Learning resources and services
e-Thesis e-Journal e-Learning e-Book Union Catalog Search Engine Video on Demand Teacher TV Video Steaming Content Research Paper

35

36

37 Tele-Meeting Meeting between community colleges of nationwide.

38 Tele-Consult Phramongkuthlao Hospital Chiang Mai University
Interhospital Pediatric Oncology Conference in collaboration with Phramongkuthlao Hospital Chiang Mai University Khon Kaen University Ubon Ratchathani University

39 Tele-medicine Advanced medical treatment and diagnostic skills from specialist doctors are feasible with tele-mentoring system National network International Backbone Network Network attached medical equipment

40 THEOS’s Earth Observation Data Transfer
Raw THEOS images are transmitted to the Swedish Space Corporation’s Ground Receiving Station in Kiruna, Sweden and returned to Thailand for processing. The data is routed over inter-connected national and regional research and education networks

41

42 Education Cloud Saas Layer Platform Layer Infrastructure Layer
Educational Workgroup School Management Mobile Learning Security and management Saas Layer Virtual Server Service Virtual Storage Service E-Learning Service Platform Layer Open VM Cloud Open Storage Cloud Open Streaming Cloud Infrastructure Layer UniNet/NEdNet Internet Layer

43 Future Internet Expanding Internet for Research and Education
Reach ability Performance, Speed, Reliability Expanding Content and Service using Cloud Computing Building Stronger Community of Education University Researchers Stimulate research and education Rich content and services environment Real experimental test bed using UniNet

44 DCN – Dynamic Circuit Network

45 Content-Centric Network concept
Interest Message-1 User-A Interest Message-1 Interest Message-1 f1 X-Ray data stored in hospital-1 R2 f1 R1 response response response f2 Interest Message-2 response Interest Message-2 f1 R3 /medical --/hospt1 -----/div1 /patient-1 /xray dcm User-B response PIT Data Face R2 R3 R1 /medical/hospt1/div1/patient-1/xray dcm f1 f1,f2 This slide shows the example of CCN working concept. Suppose that the users’ location are different (represent by user-A and User-B in the picture). They would like to access the same content in the hospital-1. (on the right hand side) The request message will send from the users through the CCN network. The R1, R2 and R3 in the picture are CCN-Router. There are three interface in R1, and there are 2 interfaces in R2 and R3. Suppose the interest message of user-A reach the R1 router before interest message of User-B. And then R1 will forward the interest message to the hospital-1. When the interest message of User-B reach the R1 router, in this case the R1 will not forward the interest message of user-B to the hospital-1. Because the content name is the same with User-A. And the content name will be stored into the PIT of R1 router. (You can see a detail of PIT on each router in the table below). The PIT of R1 router is stored a multiple interface on the same content name that is requested from User-A and B. If the response message from the hospital-1 is return to R1, the R1 will send the response message to the both interface, that means the User-A and User-B will receive the response almost the same time. From this example you can see the one thing that important for the CCN. It means the name of content that should be unique.

46 Software Define Network Open Flow

47 Future Internet Testbed with OpenFlow/SDN Technology

48 OpenFlow/SDN Node in FI Testbed
NetFPGA 10G (4x1G)

49 Collaboration with Neighboring Country

50

51 BGP Route Advertise Information : UniNet and REN 4621+AS24475+………..
การเชื่อมต่อระบบเครือข่ายสารสนเทศเพื่อการศึกษาและวิจัยระหว่าง สปป.ลาว และ ประเทศไทย เพื่อเชื่อมโยงกับเครือข่ายด้านการศึกษาวิจัยของสหภาพยุโรป(TEIN) Nongkhai AS 4621 NOUL Gateway AS 45906 ThaiREN-POP BGP Point-to Point Peering LANIC Gateway AS 45906 BGP Peering Physical Link BGP Route Advertise Information : UniNet and REN 4621+AS24475+……….. AS4621+ (AS for University in Thailand) …..

52 Myanmar | UniNet/ ThaiREN TEIN4 PoP @SG TAK-POP 10G ThaiREN-Gateway

53 TAK-POP @RMUTL-TAK Point of Connection with Myanmar-REN

54 Experience Sharing for NREN Development
The development of a NREN normally takes time and efforts All types of supports from government are necessary Good coordination between organizations/institutes can overcome problems International collaboration (and support) can be a good opportunity for improvement Network development for research and education activities Technology and knowledge transfer through training programs and research collaborations Human relationships and networking with partners through project collaborations

55 Thank for Your Attention