WP2: Survivability, traffic engineering, techno- and socio-economic studies and evaluations

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WP2 Survivability, traffic engineering, techno-
and socio-economic studies and evaluations
AGH University of Science and Technology

• WP2 Objectives (Technical Annex, Chapter 8.6)
• Survivability case studies considering both
  protection/resiliency in multilayer networks
  6 MMs
• Traffic engineering studies 16 MMs
• Techno-economic case studies in order to find
  efficient network solutions and evaluate their
  economic viability considering both CAPEX and
  OPEX costs 13 MMs
• Socio-economic feasibility studies 5 MMs

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WP2 Survivability, traffic engineering, techno-
and socio-economic studies and evaluations
AGH University of Science and Technology

• WP2 Activities (Technical Annex, Chapter 9.1)
• A2.1 - Investigation of advanced survivability
  concepts for multi-service / multi-layer /
  multi-domain networks
• A2.2 - Study of traffic engineering concepts for
  end-to-end broadband services for all
• A2.3 - Techno-economic analysis of network
  solutions and evaluation of their economic
  viability
• A2.4 - Socio-economic feasibility studies for
  investigating and assessing new social and
  economic opportunities
• A2.5 - Definition and assessment of different
  business models for the solutions proposed by
  NOBEL

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AGH University of Science and Technology
WP2 - A2.1 AGH Task 3 Investigation of
resilience features of RPR

• Enhanced resilience using built-in mechanisms of
  RPR
• Multi-ring architectures and its usage in a case
  of traffic differentiating (i.e. supporting QoS),
• Interworking of RPR with other layers/protocols,
  impact on traffic engineering and resilience
• upper layer MPLS (IP),
• lower layer (OTN),

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WP2 Survivability, traffic engineering, techno-
and socio-economic studies and evaluations
AGH University of Science and Technology

• WP2 Activities (Technical Annex, Chapter 9.1)
• A2.1 - Investigation of advanced survivability
  concepts for multi-service / multi-layer /
  multi-domain networks
• A2.2 - Study of traffic engineering concepts for
  end-to-end broadband services for all
• A2.3 - Techno-economic analysis of network
  solutions and evaluation of their economic
  viability
• A2.4 - Socio-economic feasibility studies for
  investigating and assessing new social and
  economic opportunities
• A2.5 - Definition and assessment of different
  business models for the solutions proposed by
  NOBEL

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WP2 Survivability, traffic engineering, techno-
and socio-economic studies and evaluations
AGH University of Science and Technology

• WP2 Activities (Technical Annex, Chapter 9.1)
• A2.1 - Investigation of advanced survivability
  concepts for multi-service / multi-layer /
  multi-domain networks
• A2.2 - Study of traffic engineering concepts for
  end-to-end broadband services for all
• A2.3 Techno-economic analysis of network
  solutions and evaluation of their economic
  viability (13 MMs)
• A2.4 - Socio-economic feasibility studies for
  investigating and assessing new social and
  economic opportunities
• A2.5 - Definition and assessment of different
  business models for the solutions proposed by
  NOBEL

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WP2 Survivability, traffic engineering, techno-
and socio-economic studies and evaluations
AGH University of Science and Technology

• WP2 Activities (Technical Annex, Chapter 9.1)
• A2.1 - Investigation of advanced survivability
  concepts for multi-service / multi-layer /
  multi-domain networks
• A2.2 - Study of traffic engineering concepts for
  end-to-end broadband services for all
• A2.3 - Techno-economic analysis of network
  solutions and evaluation of their economic
  viability
• A2.4 - Socio-economic feasibility studies for
  investigating and assessing new social and
  economic opportunities
• A2.5 - Definition and assessment of different
  business models for the solutions proposed by
  NOBEL

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Annex AGH contributions to WP2 deliverables
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WP2 Survivability, traffic engineering, techno-
and socio-economic studies and evaluations
AGH University of Science and Technology

• WP2 Deliverables (Technical Annex, Chapter 8.6)
• D12 Overview of social impact and economic
  opportunities generated by NOBEL concepts (M10)
• D15 Preliminary report on advanced network
  planning techniques and business case migration
  scenarios (M12) Deliverable Editor
• D17 Preliminary report on new methods for route
  management (intra- and inter-domain), and
  accurate statistical models for evaluating the
  impact on QoS (M13)
• D27 Final report on Traffic engineering
  resilience strategies for NOBEL solutions (M22)
• D31 Business models for NOBEL solutions and
  their impact on future broadband demand (M24)

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AGH University of Science and Technology

• Charging models
• Identification and specification of usage
  metering parameters
• Definition of charging model for transport
  services

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AGH University of Science and Technology

• Techno-economic evaluation of converging
  metro/core optical networks
• Cost model for optical metro/core networks
• Techno-economic evaluation of the selected
  metro/core case studies based on the cost model
  intermediate results
• Definition of near, mid and long term migration
  scenarios for metro/core optical networks

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WP2 relationships
WP3
WP1
WP4
WP2
A 2.2
A 2.1
A 2.5
WP7
A 2.3
A 2.4
D12
D15
D27
D17
D31
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• Traffic modelling
• Aggregated traffic characterization and
  modelling using non-linear dynamical systems

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AGH University of Science and Technology

1. Consideration of chaotic control methods of
   networks withself-similar traffic in order to
   optimise resources usage
2. Traffic grooming methods for network resource
   optimisation
3. Methods for assuring QoS in multilayer,
   multiservice networks
4. Definition and evaluation of QoP measures for
   defined network cases

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AGH University of Science and Technology

• Multilayer charging approach
• Charging schemes
• Architecture of measurement and charging system
• Techno-economic evaluation of the selected
  metro/core case studies based on the cost model
  final results
• Evaluation of near, mid and long term migration
  scenarios for metro/core optical networks final
  results

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WP2 - A2.3 Techno-economic analysis of network
solutions and evaluation of their economic
viability

• Preliminary work organisation
• Definition of areas of interest
• Network Planning and optimisation
• Techno-economical evaluations
• Migration scenarios
• Task groups/ Task force
• To define unified work-plan for such areas
• Specific tasks, eg.
• CAPEX, OPEX evaluation
• Cost model