Computer aided engineering Assignment

Computer aided engineering
2018

Table of Contents
1. Introduction..................................................................................................................................2
2. Computing and storage Infrastructure design..............................................................................2
3. Application Integration:...............................................................................................................3
4. Information Integration:...............................................................................................................3
5. Information Integration for Demo:..............................................................................................5
6. Conclusion...................................................................................................................................8
7. Reference:....................................................................................................................................8
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1. Introduction
CAE stands for computer aided engineering. This system mainly used to computer
software. The engineering analysis is done by using this software. And the contents of this
analysis is multibody dynamics, optimization, finite element analysis, durability and
computational fluid dynamics. To estimate the computer aided design components with the help
of system software. We have to develop these tools with the help of computer aided engineering.
The computer aided tools are used to understand the assemblies, performance of the tools and
robustness. Validation, optimization of products manufacturing components are present in
simulation. In major strength of business is computer aided engineering. This system is provide
the reference architecture. CAE system is give the data to help support design teams. And also
used to space, automotive, aviation and shipbuilding industries.
2. Computing and storage Infrastructure design
The Hardware and Software frameworks are used to this infrastructure. There are two types of
cloud storages.
1. Public cloud storage
2. Private cloud storage
These two storages are used to satisfy the computing needs .And also to increase the
scalability, flexibility and elasticity of the components.
Public cloud storage:
This public cloud can handle the multi tasks in at a time (Pabitha and Sangeetha, 2014).
The group of peoples used for this cloud storage. We have to share the same software and
hardware to construct an infrastructure. If we want to extra resources to purchase it. This extra
resources are decrease the workloads. And also used to virtualization technologies.
Private cloud storage:
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The private clouds are mostly handle the tasks one by one. This private cloud use the
same server. And also this cloud used to own software and hardware equipment. This type of
cloud storage is not used in bog organizations (ASME Design Engineering Technical
Conferences & Computers and Information in Engineering Conference, 2000).. Only used for
small organization. Because this cloud have only limited number of features. This cloud storage
not used in housing, maintaining and running the house storage infrastructure. So some
enterprises used for this cloud storage controls. The service providers are provide the
components for cloud operations. This cloud storage under the Infrastructure –as -a –service
model. This service have an own components. If we want to this components to pay for some
charge.
The previous storage type is block-based. Now a days we have to use object-based cloud
storage. Easy to use this object based cloud storage. This type of storage is used to web based
services. This application programming interface use the Representational state transfer or
simple object access protocol for accessing the objects. This cloud storage is allow to adding
extra server to form a cluster.
The followings are important features for computing infrastructure:
1. Network design, optimization, device configuration:
We have to must add some additional hardware for built an infrastructure. Not easy for
cabling (Zhai et al., 2011). If your installation is not correct in first time you can’t update this.
And then we have to handle many problems and paid extra cost. The cabling is done before the
hardware installation.
2. Server and storage consolidation:
The server cost is very high. We have to carefully run and maintain the resources.
And automatically save your organization computing resources.
3. Virtualization load balancing and clustering:
The virtual servers are mainly used to avoid the overloading a servers. And also
used to execute the critical applications and isolating the applications.
4. Complete cabling and physical connectivity:
To connect all endpoints to your organizations infrastructure. And also connect all
servers, workstations and hardware.
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5. Hardware as a service:
The main problem of organization is including new hardware. This service is allow to use
the flexible hardware (Computer-Aided Design Referees 2007).
6. Disaster recovery solutions:
All information are frequently backups. So easy to recovers all data from the
system.
7. IT infrastructure :
All organization want to better efficiency. This is used to provide better
measurement skills. This skills are used to measure the organization components.
8. Email And IP telephony:
This section is used to increase your internal bandwidth. And also give the cloud
base solutions.
3. Application Integration:
All businesses depended on computerized data model. All departments have
handle the business applications and databases and intelligence infrastructure with the help of
this system. And IT architecture is used to support to handle the information flow easily. And
also support the different departments in world wide. In this service done the following activities.
They are, the developing the system, software product engineering and implementation. And
then this service is used to more than one technologies and different versions of software. In
earlier stage we have to use proprietary middleware, XML based middle middleware embedded
SQL, message based middleware and socket level of integration. We have to use different types
of integration technique. This is used to provide the highest return on investment and then
decrease the cost of the ownership of the total data construction. The point to point ad hoc
integration projects are done by using this service.
The followings are integration services:
1. Security consulting
2. Technology improvements
3. Integration infrastructure design
4. Data and process modeling
5. Organization data architecture analysis, planning and audit
6. Project planning an gang analysis
7. Technology analysis –commercial and open source tools
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Implementation:
We have to implement Xoriant by using full scale integration implementation.
This is used to many updates and ad hoc point solutions.
Implementation of organization service bus:
End to end integration follows by big organizations. This integration is done by
more than one information sources, business and application process. Xoriant provide a
complete cycle enterprise service bus implementation. Complex event processing,
enterprise service bus, service oriented architecture business process management these
processes depending on client convenient. These are up to date open source technologies.
Xoriant gives the tactical, user satisfied solutions and ad hoc solutions and
services. The services are,
1. customer satisfied infrastructure
2. custom middleware development
3. custom A PI integration
4. Customization and reengineering
5. Database connecter development
Service oriented architecture and web service technologies from different vendors
these are under by Xoriant enterprise application integration.
4. Information Integration:
Information integration is the one type of the Services. Information is the Single Services,
It is used to collect the number of the information stored into the Single Services.it is used very
high, because the information is single (Pdfs.semanticscholar.org, 2018). In this process takes the
more time and space. The information are efficient to obtain the user. The information contains
the old data and new data. It well organized the Business process of the System. The information
integration process is very difficult one for the Modern world. It’s widely used for the removing
the error and gives the Good Services. Information Integration is widely used for the purpose of
testing, the main resources of the system contains the relevant information, they have the large
number of the entity name and Source System. Mostly the information Integration contains the
large number of the problem faced. The information obtains the large number of the Issues. 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
connected with others and in any way finally it deliver the xml format. RESTful web services
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uses the protocol like HTTP for the data communication. And the request and response are
delivered in the form of HTTP response (Docsity.com, 2018). 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 resided in the platforms like windows
and Linux and it provides the flexibility to the web services can easily communicate with others
(Shahbazian and Rogova, 2010). The Information Integration are processed the various
techniques are used.
The following information integration are given below:
1. User Interface Techniques.
2. Application Integration techniques.
3. Middleware Information integration.
4. Virtual assimilation techniques.
5. Common Information Storage Approach:
1.1 User Interface Techniques:
This user interface are helpful to capture the all relevant data from the different
sources.
2.1 Application integration Techniques:
In this Techniques are used to gathering the data and to implement the method of
Integration.
3. 1Middleware Information integration.
This technique majorly used to transforms the information from one kind of
information to other middleware application.
4.1 Virtual assimilation techniques:
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This technique used to the people who are involved in the Business field.
5.1 Common Information Storage Approach:
In this Approach used to deal with the developed the new system and fetch the
data rom from the source system
5. Information Integration for Demo:
Code explanation:
The file “datamerger.py” is used to combine the both file named as “store.xml” and
“location.txt”. The given diagram show the merge file. Finally gives the restful web services
used this file named as “stores.csv”.
Combine the two file:
Web service:
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Location search:
Location displayed:
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6. Conclusion
Thus, the analysis made on the application and system infrastructure and integration, the
use of the cloud is important and it provides many features to user who are using the cloud
technology, The device receive all technologies from the applications are simple to implement,
And the communication between the application. Here the considerable part is whether the cloud
is public, private or hybrid cloud. These are the clouds are available today, public cloud users
need to pay no cost or cost for their usage, It contains less security, private clouds are provided
by some organization for cost for subscription, This is the cloud for trust and provide many
features with awesome security. Hybrid is combination of the public and private all the
organization and individual users are connected in this environment. The service oriented
architecture plays a role in communication between the service agent and provider.
7. Reference:
Bondar, S., Hsu, J., Pfouga, A. and Stjepandić, J. (2017). Agile digital transformation of System-
of-Systems architecture models using Zachman framework. Journal of Industrial
Information Integration, 7, pp.33-43.
Computer-Aided Design Referees 2007. (2007). Computer-Aided Design, 39(12), pp.1039-1041.
DC MICROGRID ARCHITECTURE AND CONTROL FOR INTEGRATION OF
PHOTOVOLTAIC SYSTEM. (2015). International Journal of Advance Engineering and
Research Development, 3(02).
Docsity.com. (2018). Notes, essays and summaries for university and high school students.
[online] Available at: https://www.docsity.com/en/study-notes/engineering/computer-aided-
engineering-design/ [Accessed 30 May 2018].
Madiraju, R. (2005). Approach to Dyspnea - a computer aided case based reasoning tool.
Pabitha, C. and Sangeetha, G. (2014). Refining Serp Search engine result page for Enhanced
Information Retrieval. International Journal of Web Technology, 003(002), pp.34-39.
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Pan, H. and Feng, H. (2013). An Architecture for the CAD/CAE Information Integration System
of Hydraulic Press. Applied Mechanics and Materials, 281, pp.90-93.
Pdfs.semanticscholar.org. (2018). [online] Available at:
https://pdfs.semanticscholar.org/presentation/ec72/4d97ed58751a789dae4e3a096d1679e12a
c5.pdf [Accessed 30 May 2018].
Shahbazian, E. and Rogova, G. (2010). Human systems integration to enhance maritime domain
awareness for port/harbour security. Amsterdam: IOS Press.
Siemens PLM Software. (2018). Computer-Aided Engineering (CAE). [online] Available at:
https://www.plm.automation.siemens.com/global/en/our-story/glossary/computer-aided-
engineering-cae/13112 [Accessed 30 May 2018].
Song, Y., Lei, Q. and Liu, F. (2009). A Semantic Gateway Architecture for System Integration in
Networked Manufacturing. Key Engineering Materials, 419-420, pp.453-456.
ASME Design Engineering Technical Conferences & Computers and Information in Engineering
Conference. (2000). New York, N.Y.: American Society of Mechanical Engineers.
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