3rd GA meeting, Dublin WP7 HEAnet Zero-carbon emission virtual infrastructures.

3rd GA meeting, Dublin

WP7

HEAnet

Zero-carbon emission virtual infrastructures

Agenda

• Objectives• Deviations from the original plan• Green Data use case• Green Information Model• Green optimisation• Stitching Technology model • Summary

WP7 Zero-carbon emission virtual infrastructures June 26th 2013

Objective 7.1The main goal of this task is to setup a GSN node that will allow access from varied NREN

infrastructures to the GSN network.(Start: M1, End: M15, Leader HEAnet) To achieve this subtasks are required to carry out: Analysis of different possibilities to connect the two infrastructures. Complete Integration of MANTYCHORE physical resources in GSN.

It includes all the process of installation of a connection MANTYCHORE-GSN. GSN project finished

To specify requirement and planning of the software integration. It is necessary understand and specify how MANTYCHORE and GSN services will be able to collaborate.

Complete MANTYCHORE services provide facilities to configure routers and interfaces give

flexibility thanks to its IaaS architecture and give a management of logical devices. Complete


Objectives T7.2

T7.2 Information model and API implementation between MANTYCHORE and GSN (Start: M17, End: M28, Leader HEAnet) Identify possible application of GSN algorithms, with different policies and an

optimised set of options, to the MANTYCHORE green services. Complete Identify a common green energy information model with a common API that

allows the establishment of specific policies for establishing connectivity paths, with green energy constrains, across the whole infrastructures. Complete

Every MANTYCHORE device has an energy expense will be measured using different techniques. This subtask searched different possibilities to study the electrical consumption of each device and to integrate this information into the MANTYCHORE service application. Complete

Different options for connectivity services were evaluated by conducting trials and experiments to highlight the full capability of these services. Complete

The GEANT Stitching Framework was used to consider as an option to characterise and highlight the attributes and energy consumption parameters to allow for easier integration into emerging solutions. Complete


Deviations from the Original Plan

D7.2 Networks and services interconnection between MANTYCHORE and GSN

(R/P, PU, M25) The implementation of the MANTYCHORE and GSN compliant green

energy information model and its associated API, will be tested and validated. This information model will improve the performance of current services provisioning algorithms, since energy constrains will be considered together with the network constrains. Complete

Final experimental conclusions will show that both infrastructures can requests connectivity services between them while maintaining green energy information updates of the resources involved. Algorithms defined within the GSN testbed will be assessed within the MANTYCHORE infrastructure. . Complete

WP7 Zero-carbon emission virtual infrastructures 5June 26th 2013

Green Data Use Cases

Network operators want to monitor power usage want green routing

Data Centre operators want to monitor power usage want green processing


Green Information Model (1/2)GIM for IaaS:Data centre scenario


Green Information Model (2/2)Call PDU Resource Powernet The OpenNaaS administrator should create a powernet resource and use

PowerNetManagementCapability to populate GIM model according to reality. Create PDU resources. Instantiate a PDU resource for each PDU device in the powernet. Provide

driver required details, such as PDU management IP address, and the powernet id (in the resource descriptor).

Create routers and other power consumers. Create routers and other consumers with power related capabilities and

“DelegatingToPDUDrivers” (specify all this in the resource descriptor). Provide driver required details, such as powernet ids (in the resource descriptor).

Use routers and other consumer Network elements independently of the fact they are using PDUs.


Green Optimisation (1/2)

WP7 Zero-carbon emission virtual infrastructures 9June 26th 2013

GIM Simulation

Simulation showing requests for application connectivity from GIM Model for VM transfers using 2 years of actual Data based on availability of Renewal Energy at these Data Centres for 3 day period in June.


Stitching Technology Implementation


12

Cross WP InteractionsWP3

WP5

WP7 Test Case Generation

WP1

WP2

WP4

Exploring potential client implementations of OpenNaaS

Participation in Work Activity Leader Meetings

GSN MoUPublications/Conferences

WP7 Zero-carbon emission virtual infrastructures

Test bed setup CollaborationBoD Dynamic and static circuit setup

June 26th 2013

13

Achievements M1-M33European GSN network infrastructure designed and deployed Five GSN capable nodes installed by WP7 participants

Three in Ireland (HEAnet) One in Iceland (NORDUnet) One in Spain (I2cat)

Chapter of eBook FIA Future Internet Achievements and Promising Technologies “Renewable Energy Provisioning for ICT Services in a Future Internet”

EUNIS conference at Trinity College Dublin June 2011 Mantychore/GSN integration use case submitted to WP4

Active negotiations on test scripts , transfer , handoff process and messaging using APIs with Greenstar.

Completion of Deliverable D7.1 Computer Networks article submitted September 15th Accepted Feb 2012. NA4-T1 GEANT Connect article on GSN/ Mantychore project March 2012. Article submissions to TNC and e-Energy 2012 feedback used to redirect / enhance future

studies and deliverables. Completion of Deliverable D7.2

June 26th 2013WP7 Zero-carbon emission virtual infrastructures

Summary

Backup Slides

16

Concept and Objectives I Mantychore started collaboration with GSN (GreenStar Network) project for the integration of its

NREN infrastructures where the GSN network is formed by a set of green nodes with each node powered by sun, wind or other renewable energy sources.

The GSN Carbon Measurement Protocol is used for GSN to measure the quantity of energy and carbon emissions permitted in these nodes.

The NREN infrastructure will be connected to the GSN network and it will add new resources, as Mantychore resources.

Currently Mantychore features allow new possibilities to solve different issues in configuration, provisioning , testing, and will be enhanced for monitoring power.

Generate carbon credits from the reduction of carbon resulting from relocation different network resources among networks and test beds.

Relocation of these resources could possibly save tons of carbon per year.


17

Concept and Objectives 2

Benefits of the proposed User case studies are.

• The location of the consortium and its distance from other sources such as the GSN test-bed from Canada and Mantychore infrastructure at Europe added a new user case to this project.

This analyzes how it is possible to move services to computing or networking resources and why its situation and location can influence that choice.

• To collaborate to research and create cloud management algorithms making optimal use of the intermittently-available renewable energy sources.

The viability and usefulness which will be measured by the degree to which the renewable energy sources can be utilized. This usefulness will be checked in the different use cases and will specify the best options to reduce emissions and energy.

• Workflow and processes will be transparent for end users. For an end user, his transferred service will work continuously without any problem.

WP7 Zero-carbon emission virtual infrastructures March 29th 2012

18

WP7 Gantt chart

WP7 Zero-carbon emission virtual infrastructures

Mantychore and GSN network connected at Layer 2

Mantychore and GSN Network connected at Layer 3

D7.1 Delayed

M1Kick-off

Project start

March 29th 2012

19

Work Plan M1 to M15

For M1-M15 Setup Connectivity of nodes in Ireland , i2cat Spain , Iceland (NORDUNET ) to the GSN

network at layer 2 with nodes powered by Renewable Energy. Planned / implemented Layer 3 Connectivity plan as a routed network which could

utilise Mantychore as a replacement solution. Worked out Mantychore software dependencies and plan Draft API and messaging

sequences. Assembled data from renewable energy powered locations for experimental purposes. Produced study documents to show viability of use of Renewable Energy in PoP

locations. Wind source completed. Determined how to implement Bandwidth on Demand connectivity to support inter

node and inter hub Virtual Machine software migrations Submitted research and discussion papers to relevant conferences Complete Deliverable 7.1 ( in progress )


20

Deliverables and MilestonesDELIVERABLES M1-M15

D7.1 Integration between Mantychore and GSN report

Network Integration

Service Integration

Test Case Method and Traffic Flows

API Enhancements

Delayed due to

– GSN 2.0 Software availability

- Full specification of Mantychore API

Generation of Papers and articles GEANT NA4-T1 Test Case

MILESTONES

M1-M15 M3-M6 Euro GSN Node setup M5 Connectivity to CANARIE/GSN M12 Setup of Layer based Euro

GSN Network with connectivity to Canadian Network with full layer 3 capability at each Hub site

Collection of data from renewable energy locations for simulation and reporting.

March 29th 2012WP7 Zero-carbon emission virtual infrastructures

x

Network integration III Phase 3: European and Canadian GSN clouds interconnected M12 - -> M15 with GSN Version 1.2 [ Version 2 was expected]

Network infrastructure ready, Intercloud path diversity available Node reconfiguration/migration setup for Euro and GSN Hubs and associated nodes

Source: http://www.greenstarnetwork.com/index.php/en/collaboration/mantychore-fp7


22

Service IntegrationSample interaction


23

Mantychore GSN Test Bed

WP7 Zero-carbon emission virtual infrastructuresMarch 29th 2012

24

Euro GSN Network connectivity designed for GN3 BoD Network


3rd GA meeting, Dublin WP7 HEAnet Zero-carbon emission virtual infrastructures.

Documents

Transcript of 3rd GA meeting, Dublin WP7 HEAnet Zero-carbon emission virtual infrastructures.