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[표제지]=0,1,1
제출문=0,2,1
요약문=i,3,6
Summary=vii,9,6
Contents=xiii,15,2
Tables=xv,17,2
Figures=xvii,19,7
목차=xxiv,26,2
제1장 서론=1,28,3
제2장 관련연구=4,31,1
제1절 그리드 네트워킹 이슈=4,31,9
제2절 해외 그리드 네트워크 현황=13,40,4
제3절 2005년도 국내 그리드 네트워크 현황=16,43,8
제3장 그리드 네트워크 구축 및 서비스=24,51,1
제1절 2005년 그리드기가네트워크 구축 및 운영=24,51,8
제2절 국제 연구망을 통한 그리드 네트워크 구축=31,58,4
제3절 Kreonet Mbone(Multicast망) 구축=35,62,2
제4절 Kreonet 6bone 구축=37,64,5
제5절 람다 네트워킹 서비스=41,68,4
제4장 그리드 특성별 네트워크 지원=45,72,1
제1절 그리드 응용별 네트워크 요구사항=45,72,2
제2절 국내외 관련기술=46,73,5
제3절 년도별 그리드 사용자 지원 내용=51,78,4
제4절 기관별 네트워크 지원 및 주요연구내용=55,82,57
제5장 차세대 그리드 네트워크 기술 연구=112,139,1
제1절 그리드 네트워크 기술동향 1(GHPN-RW)=112,139,27
제2절 그리드 기반 구조를 위한 네트워크 이슈 분석=139,166,15
제3절 그리드 응용과 서비스를 위한 네트워크 매트릭=153,180,4
제4절 GGF 명세서들에서 IP 버전에 독립적인 네트워크 지침 분석=157,184,18
제5절 그리드 네트워크 기술동향 2(IPv6)=174,201,7
제6절 QoS의 제공=180,207,9
제7절 IP 버전의 전환 기술=188,215,16
제6장 네트워크 상황 맵 시스템 개발 및 구축=204,231,1
제1절 Network Weather Map의 소개=204,231,1
제2절 Network Weather Map 프로그램과 기능=204,231,5
제3절 GUI 기술=209,236,15
제4절 전체 시스템 구조=223,250,18
제5절 네트워크 성능 측정=240,267,34
제6절 목표달성도 및 관련분야에의 기여도=273,300,2
제7절 연구개발결과의 활용계획=274,301,1
제7장 네트워크 인지 자원 할당 시스템=275,302,1
제1절 시스템 개요=275,302,1
제2절 시스템 특징=275,302,3
제3절 시스템 구성=277,304,2
제4절 시스템 세부 설계=278,305,4
제5절 시스템 구현=282,309,13
제6절 네트워크 자원 할당 및 스위칭 에이전트=294,321,4
제7절 실험 및 분석=298,325,6
제8절 그리드 응용 특성에 따른 차등적 자원 할당 실험=304,331,2
제9절 사용자 단말기에서의 실험=305,332,3
제10절 향후계획=307,334,2
제8장 결론=309,336,2
[참고문헌 등]=311,338,5
Figure 1-1-1. Grid High Performance Network Service=1,28,1
Figure 2-1-1. OGSA And Service Environment=8,35,1
Figure 2-1-2. Levels Of management in OGSA=10,37,1
Figure 2-1-3. OGSI version 1.0=12,39,1
Figure 2-2-1. Research Networking Of Elnfrastructure=14,41,1
Figure 2-3-1. International Links Of Kreonet=17,44,1
Figure 2-3-2. Topology Of Koren=19,46,1
Figure 2-3-3. Advanced Network In Ap Region=20,47,1
Figure 2-4-1. Status Of APII Testbed/TEIN=23,50,1
Figure 3-1-1. Status Of Grid Giga Network In 2005=25,52,1
Figure 3-1-2. Network Links With WDM=31,58,1
FIgure 3-1-3. Network Links With Port Based=31,58,1
Figure 3-2-1. Network Topology Of Groliad=32,59,1
Figure 3-3-1. Network For Access-Grid=36,63,1
Figure 3-4-1. Ipv6 Lambda Network Map=39,66,1
Figure 3-4-2. Ipv6 Auto-Config=40,67,1
Figure 3-4-3. Ipv6 Network Performance Tester=41,68,1
Figure 3-5-1. Architecture Of Lambda Service=42,69,1
Figure 3-5-2. Organization Map Of Lambda Service=43,70,1
Figure 4-2-1. Grid Computing Environment=48,75,1
Figure 4-2-2. Grid Application=49,76,1
Figure 4-4-1. Grid Network For Sun=55,82,1
Figure 4-4-2. Computing Grid Between Sun And Kisti=56,83,1
Figure 4-4-4. Percentage Of Bandwidth Share For Flows With Same RTT=62,89,1
FIgure 4-4-5. Grid Network For Korea Univ=63,90,1
Figure 4-4-6. Architecture Of 3D Eddy=64,91,1
FIgure 4-4-7. Visualization Of Stream-Line=64,91,1
Figure 4-4-8. 3D Of Eddy=65,92,1
Figure 4-4-9. Wall Pressure Fluctuations=66,93,1
Figure 4-4-10. Grid Network For Bio Research=67,94,1
Figure 4-4-11. Service Diagram=67,94,1
Figure 4-4-12. Network Diagram=68,95,1
Figure 4-4-13. Idpharmotm-Total Solution For Lead Compounds=69,96,1
Figure 4-4-14. Network Diagram For Bio Information Grid=69,96,1
Figure 4-4-15. E-Science System Of Hg2C=71,98,1
Figure 4-4-16. Grid Network Of Kma=72,99,1
Figure 4-4-17. Network Diagram With VPN=74,101,1
Figure 4-4-18. Network Diagaram With VPN2=74,101,1
Figure 4-4-19. Grid Network Of KKU=78,105,1
Figure 4-4-20. Iperf(KISTI→KNU)=79,106,1
Figure 4-4-21. Vsftp&Lftp(IPv4&IPv6)=79,106,1
Figure 4-4-22. Traffic Status of CDF=81,108,1
Figure 4-4-23. Grid Network Of GIST=82,109,1
Figure 4-4-24. Test Result=84,111,1
Figure 4-4-25. Network Diagram Between KISTI And GIST=84,111,1
Figure 4-4-26. Delivery On High Performance Network=85,112,1
Figure 4-4-27. Extend Display Panel=86,113,1
Figure 4-4-28. Ag Connector=86,113,1
Figure 4-4-29. Grid Network For eIMBL=88,115,1
Figure 4-4-30. eIMBL=90,117,1
Figure 4-4-31. Network Of eIMBL=91,118,1
Figure 4-4-32. Room Node In eIMBL=93,120,1
Figure 4-4-33. PIG Of eIMBL=94,121,1
Figure 4-4-34. Grid Network For Mgrid=95,122,1
Figure 4-4-35. Computational And Data Grid=96,123,1
Figure 4-4-36. K*Grid Testbed=97,124,1
Figure 4-4-37. Metadata Data Flow And Architecture=100,127,1
Figure 4-4-38. Grid Network For Pnu=101,128,1
Figure 4-4-39. Variation Of Communication Time In Casel=102,129,1
Figure 4-4-40. Variation Of Computation Time In Casel=102,129,1
Figure 4-4-41. Variation Of Computation Time In Casel=102,129,1
Figure 4-4-42. Variation Of Communication Time In Case2=103,130,1
Figure 4-4-43. Variation Of Communication Time In Case2-1=104,131,1
Figure 4-4-44. Variation Of Total Run Time In Case2=104,131,1
Figure 4-4-45. Variation Of Total Run Time In Case3=105,132,1
Figure 4-4-46. Variation Of Total Run Time In Case4=105,132,1
Figure 4-4-47. Reconstruction Efficiencyl=107,134,1
Figure 4-4-48. Reconstruction Efficiencyl=107,134,1
Figure 4-4-49. Grid Network For SDSS=108,135,1
Figure 4-4-50. Sloan Digital Sky Survey(SDSS) 1=109,136,1
Figure 4-4-51. Sloan Digital Sky Survey(SDSS) 2=110,137,1
Figure 5-1-1. Example Of The Pathchar=113,140,1
Figure 5-1-2. Example Of The Bing=115,142,1
Figure 5-1-3. Example Of The Netperf=116,143,1
Figure 5-1-4. Example Of The Traceroute=119,146,1
Figure 5-1-5. A Network Performance Measurement Outline=121,148,1
Figure 5-1-6. Netflow Data Flow=126,153,1
Figure 5-1-7. Cflowd Data Flow=126,153,1
Figure 5-1-8. A 3D View Of The Regional Centers=131,158,1
Figure 5-1-9. 8A World Map View Of The Regional Centers And The Traffic In Wan=131,158,1
Figure 5-1-10. Graph Map View-Shortest Path Tree=132,159,1
Figure 5-1-11. The Concept Of Flowscan=133,160,1
Figure 5-1-12. Bps By Protocol=134,161,1
Figure 5-1-13. Bps By Services=134,161,1
Figure 5-1-14. Bps By Protocol=135,162,1
Figure 5-1-15. Pps By Protocol=135,162,1
Figure 5-1-16. Fps By Services=136,163,1
Figure 5-1-17. Pps By Services=136,163,1
Figure 5-1-18. Amp(Active Measurement Project)=137,164,1
Figure 5-1-19. Amp Point Modification=138,165,1
Figure 5-4-1. SLA for Grid Network=166,193,1
Figure 5-4-2. Tcp Congestion Control In Fast Retransmit=168,195,1
Figure 5-4-3. Throughput TCP Performance=169,196,1
Figure 5-4-4. Through Put Buffer=170,197,1
Figure 5-5-1. IPv6 Through Performance 1=176,203,1
Figure 5-5-2. IPv6 Through Performance 2=176,203,1
Figure 5-6-1. GRID Distillation=181,208,1
Figure 5-6-2. Flow Label In IPv6 Header Format99=182,209,1
Figure 5-6-3. General Diffsery Network Architecture=184,211,1
Figure 5-6-5. Ds Field Format In The IPv6=186,213,1
Figure 5-7-1. Environment Applied To IP Transition Mechanism=189,216,1
Figure 5-7-2. Structure Of 6to4=190,217,1
Figure 5-7-3. Structure Of 6to4 Address=191,218,1
Figure 5-7-4. Communication Between 6to4 IPv6 Networks=195,222,1
Figure 5-7-5. Communication Between 6to4 IPv6 Network And Native IPv6 Network=197,224,1
Figure 5-7-6. 6to4 Transmission Regulation=198,225,1
Figure 5-7-7. IPv6-in-IPv4 Tunneling=202,229,1
Figure 6-2-1. NORDUnet- Weather Map Site=204,231,1
Figure 6-2-2. Opnix- Internet Traffic Report=205,232,1
Figure 6-2-3. Keynote- Internet Health Report=206,233,1
Figure 6-2-4. CAnet3 ARDNOC=207,234,1
Figure 6-2-5. GRNET=207,234,1
Figure 6-3-1. An Action Of A Web Server=214,241,1
Figure 6-3-2. A Web Browser And Web Server=215,242,1
Figure 6-4-1. System Architecture=223,250,1
Figure 6-4-2. Method Of Agent Registration Directly=227,254,1
Figure 6-4-3. Received Message Of Registration From Agent=228,255,1
Figure 6-4-4. Procedure Of Keepalive Between Management Server And Agent=229,256,1
Figure 6-4-5. Procedure Of Periodical Request Of The Performance Measurement=230,257,1
Figure 6-4-6. Procedure Of Order About Performance Measurement=231,258,1
Figure 6-4-7. Procedure Of Data Searching In Database=232,259,1
Figure 6-4-8. Procedure Of Report Viewing=232,259,1
Figure 6-4-9. Agent Menu=233,260,1
Figure 6-4-10. Registration Menu=233,260,1
Figure 6-4-11. List Of Agents Which Are Registrated=233,260,1
Figure 6-4-12. Database Menu=234,261,1
Figure 6-4-13. Database Open Menu=234,261,1
Figure 6-4-14. Database Create Menu=235,262,1
Figure 6-4-15. Database Search Menu=235,262,1
Figure 6-4-16. Report Of Download Test=235,262,1
Figure 6-4-17. Graph Of Download Test=235,262,1
Figure 6-4-18. Database Of Periodical Performance Measurement=236,263,1
Figure 6-4-19. Procedure Of Agent Registration=239,266,1
Figure 6-4-20. Procedure Of Agent Keepalive=240,267,1
Figure 6-5-1. Received Request About Measurement Of The Data Transfer Protocol=241,268,1
Figure 6-5-2. Procedure Of Measurement About The Data Transfer Protocol=241,268,1
Figure 6-5-3. Procedure Of The Result Transmission About Data Transfer Protocol=242,269,1
Figure 6-5-4. Interface Of Agent=242,269,1
Figure 6-5-5. Procedure Of Communication With Agent Management Server=244,271,1
Figure 6-5-6. Setting Of The Measurement Parameter=245,272,1
Figure 6-5-7. Procedure Of The Performance Measurement=246,273,1
Figure 6-5-8. Network Map Button=247,274,1
Figure 6-5-9. Network Map Interface=247,274,1
Figure 6-5-10. Connect To Server=247,274,1
Figure 6-5-11. Simple And Detail Measurement Start Buttons=248,275,1
Figure 6-5-12. Interface Of The Detail Measurement=248,275,1
Figure 6-5-13. Interface Of The Network Performance Measurement=249,276,1
Figure 6-5-14. Map Initialization Modular Configuration=254,281,1
Figure 6-5-15. Node Elimination Modular Configuration=257,284,1
Figure 6-5-16. Node Information Revised Modular Configuration=259,286,1
Figure 6-5-17. A Node Information Revised Module Ip Comparative Order=260,287,1
Figure 6-5-18. Node Position Saving Modular Configuration=261,288,1
Figure 6-5-19. A Graph Data Transmission Module=262,289,1
Figure 6-5-20. Node State Data Transmission Modular Configuration=263,290,1
Figure 6-5-21. A Map File Upload Module=264,291,1
Figure 6-5-22. Level 1=266,293,1
Figure 6-5-23. Level 2=266,293,1
Figure 6-5-24. Level 3=267,294,1
Figure 6-5-25. Use Rate 20~40%=268,295,1
Figure 6-5-26. Use Rate 60~80%=268,295,1
Figure 6-5-27. Node Add Function=269,296,1
Figure 6-5-28. Node Delete Function=270,297,1
Figure 6-5-29. Node Modify Function=270,297,1
Figure 6-5-30. Node Move Function=271,298,1
Figure 6-5-31. A Node Management Information Indication Function=271,298,1
Figure 6-5-32. Procedure Of The Web Service=273,300,1
Figure 7-2-1. Network Aware Resource Allocation System Architecture=277,304,1
Figure 7-4-1. Operation Procedure Of Resource Allocation System=278,305,1
Figure 7-4-2. Centralized Management Server System Architecture=279,306,1
Figure 7-4-3. Network Resource Allocation And Switching System Architecture=280,307,1
Figure 7-4-4. Traffic Controller Architecture=281,308,1
Figure 7-5-1. Flow Chart Of Centralized Management Server=283,310,1
Figure 7-5-2. Member Enrollment=286,313,1
Figure 7-5-3. Error Message Of Fault User Id=287,314,1
Figure 7-5-4. Error Message Of Fault User Password=287,314,1
Figure 7-5-5. Screen Of Log-In=287,314,1
Figure 7-5-6. Screen Of Administrator Menu=288,315,1
Figure 7-5-7. Screen Of User Information Modification=288,315,1
Figure 7-5-8. Screen Of User Information Deletion=288,315,1
Figure 7-5-9. Screen Of Reservation Status=289,316,1
Figure 7-5-10. Screen Of Network Resource Reservation=290,317,1
Figure 7-5-11. Screen Of Resource Reservation=291,318,1
Figure 7-5-12. Screen Of Resource Reservationl2 Screen Of Resource Reservation Modification=291,318,1
Figure 7-6-1. Flow Chart Of Network Resource And Switching Agent=295,322,1
Figure 7-7-1. Network Architecture For Experiment=298,325,1
Figure 7-7-2. Network Architecture For Experiment=299,326,1
Figure 7-7-3. Status Of IPv4 And IPv6 Network=300,327,1
Figure 7-7-4. Status Of IPv4 And IPv6 Network 2=301,328,1
Figure 7-7-5. Communication Status Between User B And User D=301,328,1
Figure 7-7-6. Status Of IPv4 And IPv6 Network=302,329,1
Figure 7-7-7. Status Of IPv4 And IPv6 Network 2=302,329,1
Figure 7-7-8. Communication Status Between User B And User D=303,330,1
Figure 7-8-1. Communication Status Between User B And User D=304,331,1
Figure 7-9-1. Status Of IPv4 And IPv6 Network=306,333,1
Figure 7-9-2. Status Of IPv4 And IPv6 Network 2=306,333,1
영문목차
[title page etc.]=0,1,8
Summary=vii,9,6
Contents=xiii,15,13
Chapter 1. Introduction=1,28,3
Chapter 2. Related Works=4,31,1
Section 1. Issue Of Grid Networking=4,31,9
Section 2. Current Status Of International Grid Network=13,40,4
Section 3. Current Status Of Domestic Grid Network In 2005=16,43,8
Chapter 3. Construct&Service Grid Networks=24,51,1
Section 1. Construct&Service Grid Giga Networks=24,51,8
Section 2. Construct Grid Network On International Network=31,58,4
Section 3. Kreonet Mbone=35,62,2
Section 4. Kreonet 6Bone=37,64,5
Section 5. Lambda Networking Service=41,68,4
Chapter 4. Grid User Support Network=45,72,1
Section 1. Network Resource Requirement Of Grid Applications=45,72,2
Section 2. Related Engineering=46,73,5
Section 3. Network User Support For Grid Application=51,78,4
Section 4. Network User Support Of Grid Application=55,82,57
Chapter 5. Research For Next Generation Grid Network Engineering=112,139,1
Section 1. Trend Of Grid Networking=112,139,27
Section 2. Analysis On Network Requirement On Grid Network=139,166,15
Section 3. Network Metric For Grid Networking=153,180,4
Section 4. Analysis Network Guide From GGF=157,184,18
Section 5. Trend Of Grid Networking(IPv6)=174,201,7
Section 6. Implement QoS=180,207,9
Section 7. Transit Engineering For Ip=188,215,16
Chapter 6. Research Network Monitoring System=204,231,1
Section 1. Weather Map Introduction=204,231,1
Section 2. Function Of Network Weather Map=204,231,5
Section 3. GUI=209,236,15
Section 4. Total System architecture=223,250,18
Section 5. Measure network performance=240,267,34
Section 6. Archive Goal=273,300,2
Section 7. Future Plan=274,301,1
Chapter 7. Network Aware Allocation System On NG Network=275,302,1
Section 1. Outline Of System=275,302,1
Section 2. Special Features=275,302,3
Section 3. System Detail=277,304,2
Section 4. Design Of System=278,305,4
Section 5. System Embodiment=282,309,13
Section 6. Network Resource Allocation And Switching Agent=294,321,4
Section 7. Test And Analysis=298,325,6
Section 8. System Test In IPv4&IPv6=304,331,2
Section 9. Test On User Site=305,332,4
[Section 10. Conclusion etc.]=309,336,7
jpg
Figure 2-3-3. Advanced Network In Ap Region=20,47,1
FIgure 4-4-5. Grid Network For Korea Univ=62,89,1
Figure 4-4-9. Wall Pressure Fluctuations=66,93,1
Figure 4-4-20. Iperf(KISTI→KNU)=79,106,1
Figure 4-4-21. Vsftp&Lftp(IPv4&IPv6)=79,106,1
Figure 4-4-31. Network Of eIMBL=91,118,1
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