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Telecom:OSS:Resources

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We apologize for the little information we provide, this page is still under construction. Please stay tuned.
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Network Management resources

  • Rolph's Net Wreck - Network Management Resources[1]
  • Cisco Packet Magazine for Systems Networking Professionals [2]
  • Cisco Open Source NMS community [3]
  • SimpleWeb - Network Management Resources [4]
  • Web Based Management resources [5]
  • Java Based Management resources [6]
  • Element Management Systems (EMS) - webproforum tutorial [7] (also here)
  • Webproforums tutorials from iec.org [8]
  • Tutorials for Information System Security and Networking Professionals [9]
  • Telecom Management for Next Generation E-Telco [10]
  • IBM TCPIP Redbook - Chpt 15 Network Management [11]
  • Cisco - Performance Management: Best Practices White Paper [12]
  • Gartner's "Network Management - Keeping the Network Working for Business" (local copy)
  • Atlanta Network and Systems Management Technical User Group - resources [13]
  • Network monitoring tools directory [14]
  • Peter Welcher's seminars [15]
  • Introduction to network mngmt [16]
  • Telecommunications mngmt - Architectures and Applications [17]
  • Open-source management arrives [18]
  • Open Management Consortium (OMC) [19]
Members - Alterpoint, EmuSoftware, Nagios/Ayamon, openSIMS/Symbiot, Qlusters, Webmin. Zenoss, etc
  • Monitor Tools - Network Monitoring resources [20]
  • Network Monitoring Tools [21]
  • Survey of Tools for Monitoring and Managing a Network (in greek) [22]
  • Survey of Network Performance Monitoring Tools [23]
  • Survey of Network Traffic Monitoring and Analysis Tools [24]
  • Network Management - Open-Source Tool Options [25]
  • List of network management systems [26]
  • Cisco Routers and Switches - Tools, tips, and tricks you never knew [27]
  • Internet Software Consortium (ISC) Toolmaker Resources [28]
  • A Network Manager’s toolkit - Weathermap, Rancid, Netdisco, Cacti [29]
  • Global Research NOC - Network Management, Measurement & Monitoring Tools [30]
  • Alterpoint's NCCM news page [31]
  • Insecure.org - top 6 Traffic Monitoring Tools [32]
  • NLANR Network Performance and Measurement Tools [33]
  • Inter-operator interfaces for ensuring end to end IP QoS - Measurement of Performance Metrics and Service Events [34]
  • Differentiated Services – Network Configuration and Management - Network Control, Measurement and Charging for Service Models [35]
  • Mechanisms for OAM on MPLS in large IP backbone networks [36]
  • MPLS/VPLS Resource Center [37]
  • Cisco Networkers - "Understanding Service Level and Traffic Management" [38]
  • Stephen B. Morris - "Network Management, MIBs and MPLS" Chapter 3 - The Network Management Problem [H:\tpcd\my_portal_dev_mar02_07\my-wiki-pages\Telecom\OSS\morris_ network_management_mibs_mpls.chm (local copy)]
  • Common Open Policy Service (COPS), defined in RFC 2748 [39]
COPS is being used to exchange policy information between a policy server (Policy Decision Point or PDP) and its clients (Policy Enforcement Points or PEPs)
COPS is being used by BCM (up to 3.7) and supported by Nortel Synoptics MIB to configure policies
  • Various IT and systems/network management resources [40]
  • MPLS Traffic Engineering &. Management Issues [41]
  • Cisco's Active Network Abstraction approach for SLM [42]
  • Linux SNMP Network Management Tools [43]
  • Java Management Extension (JMX) tutorials
    • Management, JMX 1.1 style [44]
    • Beans, JMX 1.1 style [45]
    • Hands-on JMX integration [46]
  • List of tools (system/network monitoring and security) in use by DOE [47]
  • Open Source Network Monitoring Tools [48]
  • Dunigan's Network Performance links [49]
  • Measurement in IP networks and standards
  • Network Management,Measurement & Monitoring Tools - resources


Fault Management

The ISO FCAPS Model Is Obsolete
  • FCAPS white paper [50]
  • FCAPS, TMN and ITIL - key ingredients to effective IT management [51]
  • Fault management [52]


NetFlow/sFlow

NetFlow was developed by Cisco Systems in 1996, initially as a flow-switching engine. The Netflow engine decodes at wire speed all traffic and classifies it by flows, maintaining in a cache this information. Cisco later realized that the flow information accumulated in the cache by the NetFlow engine is useful for usage statistics. sFlow is a sampling technology embedded within switches and routers, for instance those from Foundry Networks. Cisco still sticks to its own flow-monitoring protocol (NetFlow) as it is the case with Juniper's J_Flow proprietary one. The sFlow specification was released in 2001 as a more scalable and flexible alternative to Cisco's NetFlow v5/v8. The sFlow engine continuously monitors and samples traffic flows at wire speed on all interfaces and ports without maintaining flow-state information. While packet sampling is usually performed at wire speed by a switching/routing ASICs, the "sFlow Agent" software process packages sampling-derived metrics into sFlow datagrams that are sent to an sFlow Collector.
  • NetFlow primer - first part of presentation local copy
  • In-depth presentation explaining how to use IP-SLA and NetFlow for assessing QoS [53]
  • Cisco CNS NetFlow Collection Engine User Guide [54]
CNS NetFlow Collection Engine is managed through a proprietary XML interface (CNS/ XML)
  • NetFlow Ecosystem Solutions [55]
  • NetFlow v9 Export Format [56]
  • InMon Corporation's sFlow - Sampling method for Network Traffic Monitoring - RFC 3176 - overview
  • Juniper Networks Solutions for Network Accounting [57]
  • RFCs for flow-based monitoring and accounting [58]
  • RFC 3954 - Cisco Systems NetFlow Services Export Version 9 [59]
  • Netflow Export Formats [60] and [61]
  • NetFlow resources [62]
  • sFlow – Why You Should Use It And Like It [63]
  • sFlow Overview [64]
  • Network Performance Tools [65]


NBAR

Network-Based Application Recognition (NBAR) is the application-level classification engine in the Cisco IOS Software that can handle the dynamic assignement of UDP/TCP ports and allows invoking per-application differentiated QoS services
  • Vermeer.org - graphing Cisco Systems Network-based application recognition (NBAR) with MRTG [66]
  • Network-Based Application Recognition Q&A [67]
  • Network-Based Application Recognition [68]
  • Cisco NBAR Protocol Discovery MIB - primer [69]


Security

Network Devices, including the Cisco IOS-based ones, have vulnerabilities and are sensitive to different intrusion schemes as well as to configuration tampering.
  • Cisco Router forensics DDoS/worms update [70]
  • The Future of Network Protection [71]
  • Router Security, Just Add Peers [72]
  • Center for Internet Security (CISecurity) - benchmarks & scoring tools [73]
  • Protecting your IP network infrastructure [74]


Correlation

For a network service provider is important to focus on the root-causes of network troubles, in order to minimize its costs. However, a primaru network incident *e.g. a switch going down) is likely to cause cascading troubles in other network devices. Through correlation, a Network Management System can filter the network-related incidents and associate causes with effects.
  • Event Correlation resources [75]
  • HP Event Correlation Services (ECS v3) and all other manuals [76]
  • HPOV Event Correlation Description Language (ECDL) [77]
  • Event correlation technologies page [78]


JUNOScript

Juniper Networks: JUNOScript is an XML-based Network Management API for managing devices. XML-based JUNOScript API provides a standard integration layer between management applications and the platforms that they manage. It allows access to both operational and configuration data using a simple RPC mechanism. Sessions can be established using a variety of connection-oriented access methods. The JUNOScript API is an alternative to the existing SNMP and CLI scripting methods. JUNOScript is similar to the Netconf XML-based management protocol defibed by RFC 4741

UPS management



TL1

Transaction Language 1 (TL1) is an ASCII-based messaging protocol and CLI that an Operations Support System (OSS) uses to manage a network element (NE). TL1 is a vendor-independent Telcordia standard and is widely used for controlling carrier-grade telecommunications equipment in North America. Whine network-gear vendors provide TL1 management interfaces for their devices, service providers have large TL1-based management OSSs that control them.
  • TL1/Beginners Guide to TL1 [85]
  • DynamicTL1® TL1 Agent Simulator [86]
  • Essential TL1 guide [87]
  • Cisco ONS SONET TL1 Command Guide [88]
  • The TL1 Toolkit Perl module [89]