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IP Network Operations Center NISNCSOCNASCOM

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Network Management System (NMS) COTS software. Custom IPNOC apps to supplement COTS ... Mission Real-Time Critical Network. UDP Multicast Data. WAN or Network ... – PowerPoint PPT presentation

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Title: IP Network Operations Center NISNCSOCNASCOM


1
IP Network Operations CenterNISN/CSOC/NASCOM
  • NOD Presentation
  • January 25, 2000

2
What is IPNOC?
  • Manages IP Operational Networks (IONET)
  • 24x7 Staffed Operations Center
  • Pro-Actively Monitors Network Devices
  • Troubleshoots Network and WAN Problems
  • Troubleshoots Connectivity and Dataflow Problems
    (end users)
  • Works with other CSOC and Code 290 Organizations
    to Engineer and Implement New Routed Data
    Services on IONET

3
IP Operational Networks (IONET)
  • IP Transition (real-time mission critical)
  • IONET Closed LAN (at GSFC)
  • IONET Open LAN (at GSFC)
  • IONET Open WAN
  • EOSDIS Backbone Network (EBNET)

4
IONET Troubleshooting
IONET Users SN, GN, NCC, Others
COMM Manager
CD Manager
Tech Control
IPNOC
5
IPNOC Troubleshooting Tools
  • Network Management System (NMS)
  • COTS software
  • Custom IPNOC apps to supplement COTS
  • Network Sniffer/Protocol Decoders
  • WAN Circuit Troubleshooting viaTech Control and
    Host Center Support
  • End User Input and Assistance
  • Vendor Support

6
Commercial-Off-The-Shelf (COTS) Issues
  • The priority for fixing bugs and adding features
    is determined by COTS Vendor, not NASA IPNOC
  • Our demands for performance, redundancy,
    recovery, and manageability frequently exceed
    those of the vendor and its typical customer
  • Vendor can chose to drop support, product line,
    change focus, or go out of business possibly
    leaving us without vendor support

7
IP Transition Network
  • Mission Real-Time Critical Network
  • UDP Multicast Data
  • WAN or Network Errors will result in Lost
    Commands or Telemetry
  • High Levels of Redundancy in order to ensure
    availability
  • NASCOM 4800 bitblock encapsulated in IP
  • 94 Routers, 70 WAN lines

8
IONET Users
Space and Ground Networks
TDRS-W
TDRS-E
Space Network (SN) - TDRSS
Ground Network (GN)
End Users
WSC
MOCC Data Centers (CDs or self-encapsulated)
CDs
IONET
MDMs
Ground Network Sites MIL, PDL (KSC), WFF, SVL,
EPGN,AGS, MGS, DFRC, OAS, AFSCN, DSN
White Sands Complex (WSC) New Mexico (WSGT STGT)
9
Typical Command and Telemetry Scenario
Goddard Space Flight Center (GSFC)
MOCC Generates Spacecraft Commands
conversion device (CD)
LAN router
WAN router
MOCC Data Center/End Users Process Telemetry
Serial
IP
IP
White Sands Complex (WSC)
Serial
IP
IP
deMux
LAN router
WAN router
Transmitter Receiver Electronics
Mux
10
What makes IONET different(than average IP
network)
  • heavy use of udp multicast data flows for
    critical data
  • serialized data (encapsulated in IP) requires
    very consistent timing in order for spacecraft
    and end-users to maintain lock on the data
  • high performance requirements (very low tolerance
    for errors)
  • high redundancy and desire for immediate
    fail-over
  • critical nature of operations (manned
    spaceflight, billion dollar spacecraft)
  • high-level of coordination required with users
    before taking any actions which may impact user
  • little room for mistakes

11
IPNOC Prime Contacts
IPNOC should be contacted via COMMGR or
directly for operational and urgent issues
Norman Reese Operations Supervisor Network
Engineer IP Network Operations Center
(IPNOC) Office (301) 286-6486 NOC (301)
286-0036 nreese_at_sled.gsfc.nasa.gov
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