Cloud Computing

Paper Presentation
on
Cloud Computing
To

Green Cloud Computing: A Review
on Adoption of Green-Computing
attributes and Vendor Specific
Implementations
Green Cloud Computing: A
Review on Adoption of Green-
Computing attributes
and Vendor Specific
Implementations
Paper no:SC 24
Authors:
• J.M.T.I Jayalath,E.J.A.P.C.Chathumali,Faculty of G Graduate
Studies and Research Sri Lanka Institute of Information
Technology Sri Lanka.
• K. R.M. Kothalawala, N. Kuruwitaarachchi Faculty of Graduate
Studies and Research Sri Lanka Institute of Information
Technology Sri Lanka.
Presented By

Outline
3
Cloud Computing
Cloud Computing Model
Benefits of Cloud Computing
Demerits of Cloud Computing
Green Cloud Computing
Architecture of Green Cloud Computing
Applications of Green Cloud Computing
Vendor Involvement

Cloud Computing
 Cloud Computing is the use of
hardware and software to deliver a
service over a network (typically the
Internet).
 With cloud computing, users can
access files and use applications from
any device that can access the
Internet.
 An example of a Cloud Computing
provider is Google's Gmail. Gmail
users can access files and applications
hosted by Google via the internet from
any device.
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5
Cloud Computing
Vendor Involvement

Cloud
Deployment
Model
Cloud Service
Model
Cloud Computing
Model
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and Vendor Specific
Implementations
• Public Model: A cloud is called public when
services are rendered by third-party providers.
 open for public use
 share the same hardware, software, and network
devices
This will be available for any organization by allowing
users to deploy and build services in the cloud
environment.
• Private Model: Generally, this cloud is available,
maintained, controlled and deployed for a particular
organization . It delivers services to a single
organization through a specific, dedicated
architecture.
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and Vendor Specific
Implementations
• Community Model: A community cloud
deployment model resembles a private one to a large
extent.
The only difference is the set of users. While a private
type implies that only one company owns the server but in
community model several organizations with similar
backgrounds share the infrastructure and related
resources.
• Hybrid Model: Hybrid cloud is a combination of
both public and private cloud.In general, a hybrid cloud
occurs when a business operating on a private cloud
expands and starts using a public cloud, generating in
this way a combined environment.
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and Vendor Specific
Implementations
Infrastructure as a service (IaaS):
 In this case the vendor offers access for resources like
networking, storage and servers for the users by
providing their own applications and platform within
the infrastructure.
 So as a replacement for buying hardware, users can pay
for IaaS on demand.
 There is no any single possibility even for a single
point of failure.
 This saves money and time.
 This service provided by the vendors’ like Microsoft
Azure, Amazon Web Services (AWS), Cisco Metapod,
and Rackspace.
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and Vendor Specific
Implementations
Platform as a Service (PaaS):
 Here the third- party provider distributes software tools
and hardware for the customers over the Internet.
 This third-party provider has hosted the software and
hardware on his own infrastructure, so that user can
proceed with the complete development and
deployment environment in the cloud.
 PaaS includes business intelligence (BI) services,
infrastructure networking, development tools, database
management systems, middleware and more.
 PaaS provided by Windows Azure, AWS Elastic
Beanstalk and Google App Engine.
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and Vendor Specific
Implementations
Software as a Service (SaaS):
 This is a main service type of cloud computing
where hosts applications, and makes them available
to customers over the Internet by a third-party
provider.
 the user or the organization does not need to install
and run applications on their personal data centers or
in their computers.
 This reduces the expenditure of purchasing
hardware, software licensing, maintenance cost, cost
for installation and support.
 Dropbox, Google Apps and Cisco WebEx are some
real world examples for SaaS.
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Cloud Computing
Vendor Involvement

Benefits
of Cloud
Comput-
ing
High
speed
Reliable
Quick
Deploy-
mentUnlimit-
ed
storage
capacity
Back-up
and
restore
data
Cost
Savings
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Cloud Computing
Vendor Involvement

Data center in Cloud computing
Data centers are simply centralized locations where computing and
networking equipment is concentrated for the purpose of
collecting, storing, processing, distributing or allowing access to
large amounts of data.
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 Environmental protection agency has declared that
“datacenters now account for 1.5% of all electricity
consumption in the U.S. and by 2020, carbon emissions
will have quadrupled to 680 million tons per year”.
 Garner report on 2007: IT industry contributes 2% of
world's total CO2 emissions.
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 U.S. EPA report
2007: 1.5% of total
U.S. power
consumption used by
data centers which has
more than doubled
since 2000 and costs
$4.5 billion.
19

Green computing is defined as the
study and practice of designing
manufacturing, using, and disposing
of computers, servers, and associated
subsystems-such as monitors,
printers, storage devices, and
networking and communications
systems-efficiently and effectively
with minimal or no impact on the
environment. It will increase the
resource efficiency and performance
enhancements.
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and Vendor Specific
Implementations
Yashwant et al. discussed about the two aspects
of Green computing as:
 Software: Development methods in a way to
increase the efficiency of program, energy and
storage.
 Hardware: Necessity of technologies to reduce
the consumption of energy and economically
efficient.
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and Vendor Specific
Implementations
Energy efficiency in computing
Environment friendly
Longer lasting computer device
Lower energy cost
Streamline process
Using more renewable energy sources
Reduced health risk for computer workers and
recyclers.
Benefits of
Green Cloud
Computing
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24
Cloud Computing
Vendor Involvement

26
Cloud Computing
Vendor Involvement

and Vendor Specific
Implementations
There are 7 application areas introduced for green IT
which can be applied in Green cloud computing as
follows:
⊷ Proper management of power
⊷ Energy efficient resources
⊷ Design of data centers
⊷ Virtualization of servers
⊷ Environment sustainability design
⊷ Eco-labeling for IT products
⊷ Design of recycling methods
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Proper management of power : Authors mainly
characterize power performance of data center and cloud
computing and proposed possible techniques to minimize
the power requirement.
• They used Agglomerative Hierarchical Clustering
algorithm.it is a 'bottom up' approach where each
observation starts in its own cluster, and pairs of
clusters are merged as it moves up the hierarchy.
• When the job is submitted by the user, it will be located
in job queue and later it will be assigned to Virtual
Machines. Prior to that, each Virtual
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Machine(VM) acts as a separate cluster and separate
mechanics are used to calculate the energy efficiency of
each VM and machines, with same energy is combined
together to form a single group.
• VM’s are categorized into three main cluster groups
called as small size, medium size and large size
cluster.
• When the power load is low, energy values will be less
and if load growths then it will be moved to Medium
size cluster. This algorithm helps to reduce the CO2
emission into the environment.
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Energy efficient resources : The most commonly used
metric to determine the energy efficiency of a data center
is power usage effectiveness (PUE). This simple ratio is
the total power entering the data center divided by the
power used by the IT equipment.
PUE = Total facility power
IT equipment power
Virtualization of servers : Creating virtual resources
such as desktop, operating system, file, server, storage or
network are called as the virtualization.
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Design of data centers :
Data centers are the heart of
cloud computing. Therefore,
improving data center
efficiency is a major concern
in the industry world.
Massachusetts Green High
Performance Computing
Center (MGHPCC) is a data
center that uses recent
advances in cooling and
power distribution to
improve energy efficiency.
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Cloud Computing
Vendor Involvement

Vendor Involvement
In regards to green cloud computing,
the foremost cloud providers such as
Amazon Web Services (AWS),
Microsoft, Google and IBM has taken
some major steps concerning
adoption of a greener cloud at the
infrastructure level.
Microsoft: Microsoft is one of largest
ICT Company that has committed
efforts to becoming green. Their data
centers and its operations have
reduced carbon radiations by 9.5
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metric tons.They have a mechanism to recycle consumer
e-waste and nearly 10 million of them have recycled by
today.
Microsoft Amazon Web Services (AWS) : Microsoft
Amazon Web Services (AWS), the cloud platform
provided by Amazon, is one of the leading cloud
vendors.it has been discussed on how green the
Amazon’s cloud is along with relevant statistical data.
AWS has stated that in 2016, 45% of its energy was from
renewable sources and in January 2018, AWS has been
able to achieve 50% renewable energy usage.
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Google: Google is maintaining 14 data centers all over
the world. Those data centers are well designed to
maximize the efficiency and minimize the environment
impact. To increase the efficiency, they are using
technologies like smart temperature, smart lighting
controls, advanced cooling techniques and a redesign of
the distribution of power to reduce energy loss.
Altogether on average Google data centers use 50% less
energy than others.
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Grades of vendor involvement
and Vendor Specific
Implementations
Greenpeace has evaluated the performances of each
vendor based on sources such as directly offered
information, public information by the vendors and
reporting bodies while also taking media coverage
and published reports into account. The final grades
for each vendor have been assigned as per 20%
weight each for Transparency, Renewable Energy
Commitment & Siting Policy and Advocacy, 10%
weight for Energy Efficiency & GHG Mitigation
and assigning Renewable Energy Procurement,
including current energy mix with a weight of 30%.
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and Vendor Specific
Implementations
37
Table: Greenpeace Report Statistics Related to Major Vendors
Table: Grades Given by the Greenpeace in 2017

Conclusion
and Vendor Specific
Implementations
Cloud computing is a topic which has been able
to transform the organizational perspective of IT
resources with it bringing out various benefits.
However, cloud computing can still lead to
certain negative environmental impacts.
Hence, the paper has discussed about the adoption
of green IT attributes to the cloud along with how
green the cloud is based on certain criteria, taking
major cloud service providers such AWS,
Google, Microsoft and IBM into account.
38

Questions.....
1. What is cloud computing?
2. Classifications of cloud computing model?
3. What are the benifits of cloud computing?
4. What are the main disadvantages of cloud computing?
5. What is the solution of cloud computing’s problem?
6. What is green cloud computing?
7. What aspects are considered in green cloud computing?
8. What are the applications of green cloud computing?
9. Write some notes about vendor involvement?
39

References...
• [1] T. A. Mustafa Sa'ed, "Toward Green and Mobile Cloud Computing," in
Proceedings o f the IEEE Seventh International Conference on Intelligent
Computing and Information Systems, 2015.
• [2] Y. S. Patel, N. Mehrotra and S. Sonar, "Green Cloud Computing: A
Review on Green IT Areas for Cloud Computing Environment," in
Proceedings o f the 1st International Conference on Futuristic trend in
Computational Analysis and Knowledge Management, 2015.
• [3] K. Rakshith and T. H. Sreenivas, "Green Cloud Computing - Power
Efficiency," International Journal o f Computer Science and Information
Technologies, vol. 6, no. 6, p. 4, 2015.
• [4] A. Jain, M. Mishra, S. K. Peddoju and N. Jain, "Energy Efficient
Computing- Green Cloud Computing," 2013.
• [5] "PROSERVEIT," [Online], Available:
http://www.proserveit.com/environmental-impact-green-cloud-computing.
[Accessed 05 09 2018],
40

References...
• [6] Y. Ponnusamy and S. Sasikumar , "Application of Green Cloud
Computing for Efficient Resource Energy Management in Data Centres,"
International Journal o f Computer Science and Information Technologies,
vol. 3, no. 5, p. 7, 2012.
• [7] "Data Center Knowledge," [Online], Available:
https://www.datacenterknowledge.com/archives/2016/05/20/mi crosoft-
expands-green-data-center-ambitions. [Accessed 06 09 2018],
• [8] "Crystalloids Innovations," [Online], Available:
http://www.crystalloids.in/blogs/4-reasons-why-the-google-cloud-is-a-
sustainable-option-for-your-big-data-storage. [Accessed 05 09 2018],
• [9] "Google Cloud," [Online], Available:
https://cloud.google.com/environment/. [Accessed 04 09 2018],
• [10] "IBM Green Computing - Let’s Build a Smarter Planet," IBM
Corporation, 2009.
41

References...
• [11] "IBM," [Online], Available:
https://www.ibm.com/ibm/green/data_center.html. [Accessed 10 09
2018],
• [12] "Network World from IDG," [Online], Available:
https://www.networkworld.com/article/2291792/data-center/ibm-uses-
green-technology-to-build-the-company-s-largest-data-center.html.
[Accessed 02 09 2018],
• [13] Y. Ponnusamy and S. Sasikumar, "Application of Green Cloud
Computing," International Journal o f Computer Science and Information
Technologies for Efficient Resource Energy Management in Data
Centres, vol. 3, no. 5 ,p.7, 2012.
• [14] Rubyga and R. S. Dr. Ponsy, "A Survey of Computing Strategies for
Green Cloud," in Proceedings o f the Second International Conference on
Science Technology Engineering and Management, 2016.
42

References...
• [15] G. Jagadeeswara Rao and G. B. Stalin, "Energy Analysis of Task
Scheduling Algorithms in Green Cloud," in Proceedings o f the
International Conference on Innovative Mechanisms fo r Industry
Applications, 2017.
• [16] G. P and C. Dr. Robin, "A Comparative-Study of Load- Cloud
Balancing Algorithms in Cloud Environments," in Proceedings o f the
International Conference on Energy, Communication, Data Analytics and
Soft Computing, 2017.
• [17] E. Y. Goyal, M. S. Dr. Arya and E. S. Nagpal, "Energy Efficient
Hybrid Policy in Green Cloud Computing," in Proceedings o f the
International Conference on Green Computing and Internet o f Things,
2015.
• [18] F. Shakeel and S. Sharma, "Green Cloud Computing: A review on
Efficiency of Data Centres and Virtualization of Servers," in Proceedings
o f the International Conference on Computing, Communication and
Automation, 2017.
43

References...
• [19] V. Londe and M. Math, "Green Computing based Cost Optimization
in Cloud Computing," in Proceedings o f the International Conference on
Energy, Communication, Data Analytics and Soft Computing, 2017.
• [20] Yashwant Singh Patel, Neetesh Mehrotra and Swapnil Soner, "Green
Cloud Computing: A Review on Green IT Areas for Cloud Computing
Environment," in Proceedings o f the 1st International Conference on
Futuristic trend in Computational Analysis and Knowledge Management,
2015.
• [21] "NEWS RELASE," [Online], Available:
https://newsroom.accenture.com/industries/systems-integration-
technology/microsoft-accenture-and-wsp-environment-energy-study-
shows-significant-energy-and-carbon-emissions-reduction-potential-from-
cloud-computing.htm. [Accessed 26 09 2018],
• [22] "Clicking Clean:Who is winning the race to build a green internet,"
grenpeace.org, 2017.
• [23] "AWS & Sustainability," [Online], Available:
https://cloud.google.com/environment/. [Accessed 27 09 2018],
44

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