2002 - cesnet

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PC – SCAMPI monitoring systemHostprocessorMemorybusHardwareMonitorRegularNetwork I/Fto the InternetMonitored linkSplitterFigure 12.1: SCAMPI adapternovelapplicationslegacyapplicationslipcappcap2SCAMPIMAPI (Monitoring API)developmenttoolsjob controlsystemMAPI2OSprotection(e. g. OKE)user-levelDevice DriverfiltersfunctionsAdapterAPImodule constructormodule optimizermodule mapperprotection(e. g. OKE)kernel-levelSpecial-purpose AdapterembeddedfunctionsembeddedcontrolCommodity Adapterin promiscuous modeIntelligent RouterfilteringtoolsFigure 12.2: SCAMPI software structure12.3 Project Organization StructureLike the other IST projects, the SCAMPI project is divided into several workpackages(WP). These workpackages are then divided in individual tasks:146 High-speed National Research Network and its New Applications <strong>2002</strong>
12.3.1 WP0 – Requirement AnalysisThe task of WP0 is to compile a general overview of the current status of relevanttools and platforms. On the basis of this list, existing and future requirementsfor individual SCAMPI project components were identified and analyzed.WP0 is internally structured to these tasks:• overview of tools, platforms, and technologies that are in some way relatedto SCAMPI• definition of requirements• unification of requirementsThe output of WP0 is represented by two documents:• D0.1 – Description and Analysis of the State-of-the-art• D0.2 – Measurement-based Application Requirements12.3.2 WP1 – Architecture DesignThe task of WP1 is to create a basic design of the monitoring adapter architecture,define an application level interface (Monitoring Application ProgrammingInterface – MAPI) and perform analysis of the operating system requirements.The following documents will represent the WP1 output:• D1.1 – High-level SCAMPI Architecture and Components• D1.2 – SCAMPI Architecture and Component Design• D1.3 – Detailed Architecture Design• D1.4 – Recommendations for Next-Generation Monitoring Systems12.3.3 WP2 – System ImplementationWP2 is the key part of the entire SCAMPI project. The main WP2 goal is to implementthe core of the designed architecture on the software and hardware leveland integrate all components. Another task is the development of applicationsusing the SCAMPI platform. The internal WP2 structure is as follows:• lower layer implementation• middleware implementation• system integration• application developmentDocuments:• D2.1 – Preliminary Implementation Report• D2.2 – SCAMPI Prototype Implementation• D2.3 – Enhanced SCAMPI Implementation and ApplicationsHigh-speed National Research Network and its New Applications <strong>2002</strong>147
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2002High-speed NationalResearch Net
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Table of Contents1 Introduction 92
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6.4.3 Support of Special Events. .
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14.3 Cisco ICM Software . . . . . .
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1 IntroductionThe report presented
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2 Brief SummaryThe research plan ti
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men. We designed the basic concept
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2.4 Other ProjectsThe objective of
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3 Operation of CESNET2During 2002,
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Canarie622 MbpsESNET622 MbpsGÉANT/
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central network core routers with t
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The existing logical topology of mu
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The logical core topology anticipat
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Within the informative part, we req
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3.6 Statistical Traffic Analysis3.6
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Figure 3.8: Influence of time step
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Praha-Plzeň, 2.5 GbpsPraha-Ústí
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CESNET2-GÉANT, 1.2 Gbps (october)C
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Part IStrategic Projects
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4 Optical Networks and theirDevelop
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US (TeraGrid with backbone 4 × 10
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ApplicationMiddlewareHigh bandwidth
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4.2.2 User InterfaceSubscribers (me
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ers will move and that other types
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GermanyCheb10 G34 MPlzeňGÉANT 622
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It is also possible to implement th
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Chemical Technology and PASNET, we
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Manufacturerwww.accton.comwww.actio
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particularly based on the fact that
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0101 NRZlaserMach-ZendermodulatorED
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Cisco ONS 15201boosterfiber 130 kmC
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5 IP version 6Further expansion of
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5.2.1 IPv6 Network TopologyFor the
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Missing in this list are especially
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5.2.7 Connecting End Site NetworksI
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5.4 IPv6 User Services and Applicat
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sible reprogramming of functions, a
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IPBIpb_0HFEHfe_1SORSor_0LUPLup_0RQR
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As regards our router on the PC pla
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the activities of our project. In 2
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6 Multimedia Transmissions6.1 Objec
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scaling is considerably restricted;
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Figure 6.1: Modified program for sh
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6.3.5 Direct Support for Pilot Grou
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programs which control the integrat
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Figure 6.4: Example of broadcast fr
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Figure 6.5: Set of tuners and serve
Page 95 and 96: and transfer the solution to an ope
Page 97 and 98: The actual computing capacity of Me
Page 99 and 100: 7.1.2 Information ServicesMetaCentr
Page 101 and 102: Figure 7.1: Grid nodes for SC2002an
Page 103 and 104: (December 2002). This was one of th
Page 105 and 106: the use of 158 processors). When we
Page 107 and 108: 8 Voice Services in CESNET2The proj
Page 109 and 110: Figure 8.1: Number of phone calls i
Page 111 and 112: VoGWs of members involved in the pr
Page 113 and 114: connection and compare the features
Page 115 and 116: • Extensive possibilities for the
Page 117 and 118: H.323 WorldSIP PhoneMS Messengerand
Page 119 and 120: ation with students at the Strahov
Page 121 and 122: 9 Quality of Service in HighspeedNe
Page 123 and 124: In addition, Juniper routers make u
Page 125 and 126: We tried to divide the capacity of
Page 127 and 128: low with respect to the capacity of
Page 129 and 130: Figure 9.10: Loss rate on Prague-Po
Page 131 and 132: sendingapplicationTCP senderseqackp
Page 133 and 134: Figure 9.13: Example of a course of
Page 135 and 136: Part IIInternational Projects
Page 137 and 138: 10 GÉANTSince 1996, CESNET has bee
Page 139 and 140: Figure 10.2: Utilization of individ
Page 141 and 142: 11 DataGridSince 2001, our research
Page 143 and 144: Therefore, we organized a meeting w
Page 145: 12 SCAMPISCAMPI (Scaleable Monitori
Page 149 and 150: 1 6 12 18 24 30requirements analysi
Page 151 and 152: Part IIIOther Projects
Page 153 and 154: 13 Online Education Infrastructurea
Page 155 and 156: 13.1.2 Construction of a Teleinform
Page 157 and 158: with high-capacity disk memories co
Page 159 and 160: If the collaboration of individual
Page 161 and 162: ten, whereas items in the hyperlink
Page 163 and 164: Besides that, we processed some lec
Page 165 and 166: CallManager was designed using open
Page 167 and 168: tre, when we were forced to handle
Page 169 and 170: 15 Intelligent NetFlow AnalyserThe
Page 171 and 172: In the second half-year, we complet
Page 173 and 174: 15.4 ConclusionDuring 2002, our tea
Page 175 and 176: • data space consolidation (easy
Page 177 and 178: ecord size [kB] 256 512 1024 2048 4
Page 179 and 180: Figure 16.3: Nishan-Linux measureme
Page 181 and 182: 16.3.1 No SecurityThe initiator is
Page 183 and 184: vices. These features mainly involv
Page 185 and 186: Figure 17.1: www.cesnet.cz• We ha
Page 187 and 188: The meeting was broadcast live via
Page 189 and 190: Most of the problems connected with
Page 191 and 192: Standard manipulator (privileged us
Page 193 and 194: 19 Security of Local CESNET2Network
Page 195 and 196: Moreover, the program was complemen
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in the network of AV ČR Praha-Krč
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19.5 Future Plans, Expected Further
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InternetNTPEthernetKPCPPSLabelPPSLa
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generated by the NTP server. Its ou
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21 Platforms for Streaming andVideo
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streaming serverAAA (LDAPS) server1
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21.5 Video Content CollaborationPla
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First of all, we had to define an a
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international-scale broadcast will
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Part IVConclusion and Annexes
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23 ConclusionThe current developmen
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AList of connected institutionsA.1
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institutionconnection [Mbps]Institu
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Karásek Miroslav, Ing., DrSc. Czec
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Voral Pavel, Ing.Voříšek Martin,
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Burčík J.: Optické přepínání
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Veselá S.: Aktivity sdružení CES
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Krsek M.: Platformy pro streaming m
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Zatloukal K., Křivánek V.: Videok
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Satrapa P.: Scavenger: Za Internet
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