The document discusses cloud computing as a service delivery model, emphasizing the need for a new database management system (DBMS) designed specifically for cloud environments to address data management challenges. It outlines various types of cloud services (public, private, community, and hybrid) and highlights the scalability and cost-effectiveness of cloud-based DBMS. Additionally, it stresses the necessity of a robust architecture to enhance security and efficiency in handling large-scale data analysis in the cloud.

2. The concept of
‘cloud computing’
is
currently receiving considerable attention,
both in the research and commercial arenas
Cloud
computing
is
the
delivery
of
computing as a service rather than a
product,
whereby
shared
resources,
software and information are provided to
computers and other devices as a utility
(like the electricity grid) over a network
(typically the Internet).

3. In this
paper we
discuss the
limitations
and
opportunities
of deploying
data
management
issues on
these
emerging
cloud
computing
platforms.

4. We present a list of features that
a DBMS designed for large scale
data analysis tasks running on an
Amazon-style
offering
should
contain.
We thus express the need for a
new DBMS, designed specifically
for cloud computing environments.

5. Data management applications are potential
candidates for deployment in the cloud.
Cloud computing vendors typically maintain little
more than the hardware, and give customers a
set of virtual machines in which to install their
own software.
Cloud-based DBMS are extremely scalable. They
are able to handle volumes of data and
processes that would exhaust a typical DBMS.

6. • We thus foreground a research objective for
large scale data analysis in the cloud,
showing why currently available systems are
not ideally suited for cloud deployment, and
arguing that there is a need for a newly
designed DBMS, architected specifically for
cloud computing platforms.

7. . Cloud computing is a subscription-based service
where you can obtain networked storage space
and computer resources.
. There are different types of clouds that you can
subscribe to depending on your needs. As a home
user or small business owner, you will most likely
use public cloud services.
Public Cloud - A public cloud can be accessed by any subscriber
with an internet connection and access to the cloud space.
Private Cloud - A private cloud is established for a specific group
or organization and limits access to just that group.

8. • Community Cloud - A
community cloud is shared
among two or more
organizations that have similar
cloud requirements.
• Hybrid Cloud - A hybrid cloud is
essentially a combination of at
least two clouds, where the
clouds included are a mixture of
public, private, or community.

9. Compute power is elastic, but
only if workload is parallelizable
Agility
Cost
Reliability
Data is stored at an untrusted
host.
Data is replicated, often across
large geographic distances

11. Transactional data
Analytical data management
management
Shared-Nothing
Typically
architecture Shared-nothing architecture is a good
not
use
transactional
in match
for
analytical
data
data management.
management.
ACID
Property
is
Hard
to ACID Property is not needed
maintain in transactional data
management.
Transactional
database
generally small system.
are Analytical data management systems
are
generally
larger
than
transactional systems.
There are enormous risks in Particularly sensitive data can often
storing transactional data on an be
left
out
of
the
analysis
data

12. In the contemporary scenario there is implicit
need for construction of a new database
distinctively for clouds understanding its
applications, need and compatibility…
Architecture which can detect and prevent the
various threats, attacks and other security related
issues which continuously depletes the efficiency
and the productivity of the cloud that can be in the
future a platform for cloud computing.
The next step is to propose a model for grid
computing also.

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