Architecture and System Integration PDF

architecture and system integration

Contents
1. Introduction...........................................................................................................................................2
2. Application and service integration.....................................................................................................2
3. Information Integration........................................................................................................................3
4. Computing and Storage infrastructure Design:..................................................................................4
5. Demo of Information Integration:........................................................................................................5
6. Conclusion..............................................................................................................................................8
7. Reference................................................................................................................................................8
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1. Introduction
The Integration of system is increased rapidly. The new technologies more dependent the future
companies. It depends all the future companies. The ICT is more useful for this many of the
future company. ICT stands for Information and Communication technology. The system
Integration is mainly used to catalyst the internet. The System Integration allowed only the wide
–area network. It depicted the more number of sequences from information technology to
Information and Communication Technology (Wang, Shen and Sun, 2013). The system Integration
focused only the data or information grant within the One Company. It seems enabled the ICT
information in future, it focused the customer enterprise. The business enable to apply the overall
form of the information and Communication technology. The system integration fastly to repair
both the external and internal system Integration. Both the technology easily to change over the
enterprise system. Most of the system goes down because of the exhausting storage space and it
affects the system performance, using cloud infrastructure we can solve all the issues (Shahbazian
and Rogova, 2010). And also architecture of the system is important one to measure the
performance.
2. Application and service integration
It is an integration framework for computing the application. The Application Integrations are
based on the system and system architecture. If the architecture meet the criteria of the
application then it will be integrated without any defects otherwise it shows warning message to
user. Services are provided through the application (ISHII and TEMPO, 2009). So, application
integration is very important one. Both application and service integrations are used for
managing the business products. The process of integration can be done based on the platform
and architecture.
Legacy system
The details about the legacy system need to integrate the applications and service, And this
legacy system are not useful for architecture design, for managing the architecture and platform
design need know the information about legacy system is must (System Integration Architects,
2018). And the flow of data need to managed or it lead to congestion or traffic on the
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communication system. To analyze various process in the system, a perfect design and
architecture is needed. The application integration contains many stages like access, design,
create and support. In access phase, it describe the flow of integration whether it is good or bad.
And design phase some of the patterns are used to describe the technical architecture. While
creating technology decision about the architecture is must.
Web Service
This layer is the communication gateway between the user and service provider, it is the tool for
providing services and get feedback about the service, analyze the product performance. It is also
available platform independently, because all the services takes the web browser to run the
program. These services are available on the internet and the user can use the services as per the
user wish. The customer no need to worry about the architecture and platform. The feature of the
web service is promote the product and control the delivery of the product and its performance.
The service can be anything from a single calculator to complex simulations, all are available for
free of cost or subscription based (SAEKI and SUGITANI, 2011). Many open source services are
also available as a web service. The client and server should understand the resource and analyze
what kind of resource. And the resources should be complete and can be access by others and in
the link ability it should have link with others and in any way finally it deliver the xml format.
RESTful web services uses the protocol like HTTP for the data communication. And the request
and response are delivered in the form of HTTP response. In the request message verb, uniform
resource locator and for that request body and header must be needed. And for the response the
version of HTTP and the status and for this also the body and header also needed. And the
RESTful web services used for the web applications built in different programming languages
and it is used to for the applications that can be reside in the platforms like windows and Linux
and it provides the flexibility to the web services can easily communicate with others.
Service Integration
In this phase the provider analyze all requirements of the user and provide the user requirements
as a service. And the user can able access the services which are provided by the provider
(Haltiwanger, Lynch and Mackie, 2007). The capability of the device and access speed of the internet
is very important one to access the services. In the integration phase, details about the
architecture and kindness of the service is important. When designing the service, designer need
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to concentrate on the requirements and architecture design. The management of all the services
which are provided by the organization is must, for avoiding unnecessary waiting and dead locks
on the service (Kaps et al., 2006). The integration of service can be a effective way of managing
the service. There are two kind services are available on the market that is free of cost and paid
services. And the business organization attract the users by providing some services for free for
some period after that the user need to pay for their usage.
3. Information Integration
Information are used to get more attention about the service and the service providers. They are
integrated in the service layer. It also used to mining data and describe the source of knowledge
and integration process, information are key component to managing and accessing all the
services related to the user and their usage. And the application vendors need more attention
about the service which are provided and contribute on the information business integration for
the complex legacy system (Huang and Zhu, 2013). And the information tells what are the service
are available and information about the vendors, usage statics of the service. The information are
mostly available in the web page, the user who want to know about the service can use the pages
for knowing about the services. The information are stored and maintained in the database of the
company server. And in data related mashups it includes the data combination and the sites of
webpages and the languages like xml and json and this data related or data oriented services also
called as data as a service and it is used to provide the application programming interface and the
components and in this data mashups the process is vary in the form in and out and in process
data mashups it uses the technology like JavaScript and Ajax and it includes the configuration of
data retrieving from the servers and about the user interface and in the out process mashups it is
used the technologies like java and python and used to create new data models (Mynarz, 2014).
And in the process related mashups it includes the functions and the programming languages like
python and java and in that the function is used to the inter process communication.
4. Computing and Storage infrastructure Design:
The framework are contains the hardware and software done by Cloud storage. The
computer system support the both hardware and software System (Joglekar, 2016). They are two
types of the Cloud are given below:
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 Private
 Public
1. Private:
The private cloud used the same operation for the all the infrastructure. The two
techniques are based on the private cloud, they are Storage and Virtualization .Both the
techniques are derived by the Private Cloud. Private cloud using the own hardware and Software
Components.\
2. Public Code:
Public cloud mainly used for the purpose of access the IT Company. If the cloud are used
to pay as you go concept. The Public code are used to store the infrastructure core and back end
Connection.
Benefits of the Cloud Structure:
 Elasticity
 Scalability.
 Flexibility
SOAP message is the type of protocols. SOAP stands for simple object access protocol. REST is
the one of the transfer protocol. REST stands for representational state transfer Protocol. This is
mainly used to need the cluster form of the hardware and software application. In IT storage
infrastructure are used to refer the overall hardware and software components (Zhai et al., 2011).
We need to facilitate the system these hardware and software components are used. Storage
infrastructure is used cloud computing, is known as cloud storage infrastructure.
Advantages of Public Cloud:
1. More number of resources are used
2. Demand decrease
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3. Virtual server
4. No service Payment
Disadvantages of public Cloud:
1. Security control large.
2. over Cost
3. Good load performance
5. Demo of Information Integration:
Code explanation:
The file named as “dataMerger.py” performs the function that is merge the two files which named
as “stores.xml” and “location.txt” and provides the result on the screen. And the “store_locator.py”
provide the restful web service using the file “stores.csv”. The files are imported using “import”
statements and read the file using the specified python file, finally the result can be obtained from the
output window.
Merging the two file:
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Restful web service:
To search for the location:
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Location displayed in next tab:
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6. Conclusion
The IT structure are mainly used to access the data centers and based on the
Functionality of the dependent on the type of the Infrastructure. Growth of the process is slowly
increasing and non – dynamic (KANEKO et al., 2012). The techniques are used to compute the
responsibilities of the system. Cloud Infrastructure are some benefits like the special characters
are elasticity, scalability and flexibility. The mainly access the private and public cloud, both are
used to growth through the cloud infrastructure of the system. The senses are more important of
the both cloud structure.
7. Reference
Dong, X. and Srivastava, D. (n.d.). Big data integration.
Finkelstein, C. (2006). Enterprise architecture for integration. Boston: Artech House.
Haltiwanger, J., Lynch, L. and Mackie, C. (2007). Understanding business dynamics.
Washington, D.C.: National Academies Press.
Huang, X. and Zhu, W. (2013). An Enterprise Data Integration ERP System Conversion System
Design and Implementation. Applied Mechanics and Materials, 433-435, pp.1765-1769.
ISHII, H. and TEMPO, R. (2009). Computing the PageRank Variation for Fragile Web
Data. SICE Journal of Control, Measurement, and System Integration, 2(1), pp.1-9.
Joglekar, A. (2016). Prediction of Favourable Rules to Identify Suspected Patients of HIV Using
Integration of Expert System and Data Mining. International Journal of Mechanical
Engineering and Information Technology.
Kaps, A., Dyshlevoi, K., Heumann, K., Jost, R., Kontodinas, I., Wolff, M. and Hani, J. (2006).
The BioRSTM Integration and Retrieval System: An open system for distributed data
integration. Journal of Integrative Bioinformatics, 3(2).
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Mynarz, J. (2014). Integration of public procurement data using linked data. Journal of Systems
Integration, pp.19-31.
Oró, E. and Salom, J. (2015). Energy Model for Thermal Energy Storage System Management
Integration in Data Centres. Energy Procedia, 73, pp.254-262.
SAEKI, M. and SUGITANI, Y. (2011). Partial Tuning of Dynamical Controllers by Data-Driven
Loop-Shaping. SICE Journal of Control, Measurement, and System Integration, 4(1), pp.71-
76.
System Integration Architects. (2018). Home. [online] Available at: http://www.bing.com/cr?
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Wang, X., Shen, J. and Sun, C. (2013). Data Warehouse Oriented Data Integration System
Design and Implementation. Applied Mechanics and Materials, 321-324, pp.2532-2538.
Zhai, L., Guo, L., Cui, X. and Li, S. (2011). Research on Real-time Publish/Subscribe System
supported by Data-Integration. Journal of Software, 6(6).
KANEKO, O., NGUYEN, H., WADAGAKI, Y. and YAMAMOTO, S. (2012). Fictitious
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Simultaneous Attainment of Controllers and Models. SICE Journal of Control,
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Shahbazian, E. and Rogova, G. (2010). Human systems integration to enhance maritime domain
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