Routing and Switching Traffication for a Telecom Organization

This individual project proposal discusses the implementation of Routing and Switching Traffication for a Telecom Organization. It covers the requirements, problems, aims, objectives, methods, deliverables, and resources involved in the project. The final deliverable is the Network Connection. Desklib offers solved assignments, essays, and dissertations on this topic.

CCE2060 IPP Template 2015 – R Colson
<<Name of the Student>>
<<Student ID>>
<<Name of the University>>
<<Author’s note>>
Page 1 of 11 29/08/2024

1. Title
‘Routing and Switching Traffication for a Telecom Organization’
2. Key words
Routing, Switching, Filtering, LANs, Network, and Telecom
3. Introduction an
The Routing and Switching Traffication is the method of transferring of the
information through a well defined network system (Odom and Wilkins 2017). The
wireless networks or wired network in an organization is a crucial factor that results in
forming the major influence for the deployment of the successive and effective
operations favouring the management of the improved operation development. The
routing and switching is helpful for the continuation of the network access favouring
the alignment of the activities and the formation of the successive development
methods (Wallace 2014). The use of effective network connection would be helpful
for the management of the operations and the formation of the operations and aligning
the modification for the formation of the operations. The analysis would also help in
listing the modification supporting the transfer of information. The following report is
developed as an individual project proposal and the alignment of the activities
favouring the management of the successive project approval (van der Steeg et al.
2015). The project proposal is developed for the project of ‘Routing and Switching
Traffication for a Telecom Organization’ and it would help in easing the alignment of
the operations for forming the management of the activities favouring the alignment
of the operations and listing the management of the operations favouring the
information proposal.
The ‘Routing and Switching Traffication for a Telecom Organization’ is
aligned for the deployment of the activities favouring the development of the
successive information transfer. The project is deployed for listing the modification
and alignment of the operations. The analysis would help in forming the management
of the modification supporting the transfer of information (Aslanidis and Kogias
2014). The routing and switching is helpful for the continuation of the network access
favouring the alignment of the activities and the formation of the successive
development methods. The use of effective network connection would be helpful for
the management of the operations and the formation of the operations and aligning the
modification for the formation of the operations. The network connection would be
developed and it would align the formation of the operations favouring the
development of the successive operation development (Peters et al. 2015). The
network connection would also help in forming the deployment of the communication
process for the Telecom Organization.
4. Evidence of req
The Telecom Industry requires the use of the Routing and Switching
Traffication for the functions of information sharing, integrated database, and
implication of the intranet technology. These requirements have been explained
below,
Page 2 of 11 29/08/2024

Information Sharing: The use of the Routing and Switching Traffication
would help in easing the deployment of the operations for information sharing. The
sharing of the information is helpful for the management of the improved operation
development. The sharing of information is a major requirement for Telecom industry
(Chatterjee, Sarma and Oki 2015). The information processing would help in easing
the utilization of the successive development model. The inclusion of the activities is
helpful for supporting the management of the improved functional and development.
The Telecom organization is largely responsible for the alignment of the improved
operational development. The information processing is helpful for the deployment of
the effective development of the operations and listing the utilization of the functions
supporting the listing of the operations.
Integrated Database Development: The use of Routing and Switching
Traffication would also be helpful for forming the implication of the single database.
The network connection and the improved communication would be based on the
single database connection and alignment of the operations favouring the implication
of the operations so that improved database can be implied (Liang et al. 2015). The
integrated database development would be implied for the alignment of the mitigation
of data redundancy.
Implication of Intranet Technology: The implication of the Intranet
Technology is required for Telecom Organization so that the network communication
would be implied for the utilization of the communication method (Sajjadi, Tanha and
Pan 2016). The analysis would also be helpful for using the management operations
and implying the effective development modification. The effective intranet
technologies would be helpful for forming the alignment of the improved operation
development.
5. Problem definit
The defining of the problems would be helpful for listing the alignment of the
successful operation development and formation of the effective integration
development. The problems of the Telecom Organization are,
Issues in Sharing of information: The major issues of the Telecom
Organization are lack of methods of information transfer. The sharing of problems is a
major problem that would form the hindrance in the alignment of the activities and
forming improved operation development.
Lack of technology advancement: The slack in usage of the technology
development is another crucial factor that would form the issues in aligning the
deployment of the successful implication.
Competition: The competition of the rivals is another major factor that would
result in forming the major influence for the formation of the operation development.
6. Aims
The project of Routing and Switching Traffication aims for the following features,
a) Deployment of the successive network connection in the telecom organization
b) Alignment of the Network Development favouring the communication process
c) Effective intranet technology implementation for the organization
7. Objectives
The objectives of the project of Routing and Switching Traffication are,
Page 3 of 11 29/08/2024

 To use effective switching and routing traffication for the Telecom
Organization
 To imply the use of the technology for aligning a single database for the
organization
 To improve the existing operations of the organization favouring the
deployment of the successive operation development
8. Methods chose
The method of implementation of the project of ‘Routing and Switching
Traffication for a Telecom Organization’ is deployed using Waterfall methodology.
The implication of the waterfall methodology is deployed for the alignment of the
improved functional development and operations. The waterfall methodology is
helpful for forming the alignment of the activities in a sequential method for forming
the alignment of the improved functional and operational development. The
successive deployment of the operations would also help in easing the flow of
information and ensuring that appropriate information is transferred to the required
personal. The waterfall is a traditional methodology and it would tend to form the
alignment of the operations for forming the deployment of the step by step activities.
The traditional waterfall methodology is helpful for forming the alignment of the
activities sequentially and it would also help in easing the management of the
successive deployment of the operations. The implementation of the activities would
also tend to deploy the management of the operations favouring the management of
the implementation model. The implementation of the waterfall methodology would
also help in forming the collective deployment of the activities favouring the
management of the operations so that the operations would be aligned successfully.
The project implementation is also helpful for forming the cohesive deployment of the
operations. The waterfall methodology comprises of 5 phases namely,
 Project Initiation
 Project Planning
 Project Executing
 Project Monitoring
 Project Closing
The implication of the waterfall methodology for the project of ‘Routing and
Switching Traffication for a Telecom Organization’ can be understood by the use of
the project plan analysis. The project plan is developed by using the Waterfall
methodology and the project plan is divided into 5 phases namely initiation, planning,
execution, testing, and closing. The description of the 5 phases is given below,
Initiation: The initiation is the first phase of the project planning and it is
formed for the development of the project activity initialization so that project would
be completed. It includes analysis of the requirements, project initiation document,
charted documentation, submission of documents, review and sign off, and project
kick off.
Plan Phase: The planning is the second phase of the project activity and it
would be helpful for forming a plan comprising of the activities along with schedule
that would form the alignment of the project development activities. It includes listing
the required tasks, developing schedule for the project, reviewing the developed
schedule, and approval of the plan.
Execution Phase: The execution phase is deployed for carrying out the
activities of the project and it would favour the network development and deployment.
Page 4 of 11 29/08/2024

The deployment of the activities would also help in easing the formation of the
routing and switching operations. It includes development of network protocols,
designing the network, approval of the network design, switches and routers are
deployed, LAN wires are laid, infrastructure is developed, IP network address is
acquired, data forwarding is implied, receiver is checked, and network is deployed.
Testing: The testing is a crucial factor for the project as it would comprise of
the development of the analysis favouring the implication of the activities. It includes
alpha testing, black box testing, prototyping, and test results are documented. The
testing of the activities would also help in ceasing the opportunities and favouring the
alignment of the operations so that the network deployment could be done effectively.
Documentation and Closure: The final phase of the project plan comprising
of the final completion activities like final reports are made, submission of
documents, review and sign off, and project is closed. The documentation would help
in further references and future projects.
9. Brief product de
The Network Connection using Routing and Switching Traffication is formed
as the final product of the ‘Routing and Switching Traffication for a Telecom
Organization’ project. The implication of the network structure is helpful for the
management of the improved operation development, sharing of information, and
information processing. It would help in easing the utilization of the successive
development model that is largely responsible for the alignment of the improved
operational development. The use of Routing and Switching Traffication would also
be helpful for forming the implication of the single database. The effective intranet
technologies would be helpful for forming the alignment of the improved operation
development.
10. Deliverables
The final deliverable for the project of ‘Routing and Switching Traffication for
a Telecom Organization’ is the Network Connection. The implication of the network
structure is helpful for the management of the improved operation development,
sharing of information, and information processing. The other deliverables of the
project are project plan, design, operational analysis, integrated database, and single
network connection infrastructure.
11. Product evaluat
The product evaluation for the project of Routing and Switching Traffication
for a Telecom Organization’ can be done by developing a checklist. The product
checklist is developed for checking whether the network connection developed aligns
with the standards and requirements,
Checklist Item Check?
Are the requirements of the project been met successfully? 
Is the design made for the project feasible? 
Does the data align with the virtual database of network? 
Should the project implementation plan being developed cohesively? 
Are final reports being deployed cohesively? 
Page 5 of 11 29/08/2024

12. Resources
The resources of the project of ‘Routing and Switching Traffication for a
Telecom Organization’ are based on the requirements of the project. The project is an
IT based and it would involve the utilization of the operations favouring the alignment
of the operations based for the utilization of the effective human and material
resources such as analyst, documenter, planner, project manager, vendor, database
admin, IT engineer, documents, cloud price, security programs. The various human
resources required for the project, their usages and roles and responsibilities are
explained below,
Resource Name Work
Analyst 64 hrs
Analysis of requirements 16 hrs
Selection of Cloud vendor 8 hrs
Collecting Information about various cloud vendors 16 hrs
Accumulating all data available for modification 24 hrs
Documenter 120 hrs
Charter Document is made 24 hrs
Project Initiation Document is made 24 hrs
Submission of documents 8 hrs
Final Documents are made 24 hrs
Submission of documents 8 hrs
Making list of Vendors 16 hrs
Test Results are attached to the document 16 hrs
Planner 80 hrs
Selection of Plan Methodology 8 hrs
Plan Outline 24 hrs
Complete Plan is made 24 hrs
Plan Structure is selected 8 hrs
Plan Proposal is made 16 hrs
Project Manager 72 hrs
Procurement Agreement with Vendor 16 hrs
Sign off 8 hrs
Documents are reviewed 8 hrs
Sign off the documents 8 hrs
Project Initiation Meeting 8 hrs
Review of the final documents 8 hrs
Review of Plan 16 hrs
Vendor 304 hrs
Cloud Network is Developed 32 hrs
Access to Cloud is formed 8 hrs
Security of the Cloud is installed 16 hrs
Procurement Agreement with Vendor 16 hrs
Page 6 of 11 29/08/2024

Authorization is implied 16 hrs
Authentication is deployed 16 hrs
Security Function is analyzed 16 hrs
Encryption Function is formed 16 hrs
IDS/IPS is implemented 16 hrs
Reviewing the network requirements 16 hrs
Selecting Appropriate Cloud Structure 8 hrs
Analysis of types of Cloud Network available 16 hrs
Feasibility analysis of data with the cloud network selected 24 hrs
Development of Cloud Network Implementation Plan 16 hrs
Platform development of the cloud network 24 hrs
Management of the Cloud Network Infrastructure 8 hrs
Cloud network configuration for systems is done 24 hrs
Cloud functions are aligned to the system 16 hrs
Database Admin 80 hrs
Checking the data for feasibility of migration 8 hrs
Backing up lost data 8 hrs
Storing them on a single database 16 hrs
Checking for any corrupted data 8 hrs
Migration is done 40 hrs
IT Engineer 256 hrs
Cloud Database Security is installed in Club 21 16 hrs
Cloud Network Security is Deployed 16 hrs
Management of the Cloud Network Infrastructure 8 hrs
Cloud network configuration for systems is done 24 hrs
Cloud functions are aligned to the system 16 hrs
Development of Cloud Network Implementation Plan 16 hrs
Platform development of the cloud network 24 hrs
Collection of test results 16 hrs
Alpha testing 16 hrs
Beta Testing 16 hrs
Black Box Testing 16 hrs
White Box Testing 16 hrs
Simulation 16 hrs
Development of final test report 16 hrs
Analysis of the test results 8 hrs
Sign off the test results 8 hrs
Access to Cloud is formed 8 hrs
documents 3
Charter Document is made 1
Project Initiation Document is made 1
Final Documents are made 1
Cloud Price 1
Cloud Network is Developed 1
Page 7 of 11 29/08/2024

Security Programs 1
Security of the Cloud is installed 1
13. References
Aslanidis, T. and Kogias, M.E., 2014. Algorithms for Packet Routing in Switching
Networks with Reconfiguration Overhead. arXiv preprint arXiv:1404.2946.
Chatterjee, B.C., Sarma, N. and Oki, E., 2015. Routing and spectrum allocation in
elastic optical networks: A tutorial. IEEE Communications Surveys & Tutorials,
17(3), pp.1776-1800.
Liang, Q., Wang, X., Tian, X., Wu, F. and Zhang, Q., 2015. Two-dimensional route
switching in cognitive radio networks: A game-theoretical framework. IEEE/ACM
Transactions on Networking, 23(4), pp.1053-1066.
Odom, W. and Wilkins, S., 2017. CCNA Routing and Switching 200-125 Official
Cert Guide and Network Simulator Library.
Peters, A., Hugues-Salas, E., Zervas, G. and Simeonidou, D.E., 2015, March.
Measuring Flexibility and Design Trade-offs of N x M SSS-based ROADMs and
BVTs. In Optical Fiber Communication Conference (pp. W3J-5). Optical Society of
America.
Sajjadi, D., Tanha, M. and Pan, J., 2016, January. A comparative study of channel
switching latency for conventional and SDN-based routing in multi-hop multi-radio
Wireless Mesh Networks. In Consumer Communications & Networking Conference
(CCNC), 2016 13th IEEE Annual (pp. 330-334). IEEE.
van der Steeg, D., Hofstede, R., Sperotto, A. and Pras, A., 2015, May. Real-time
DDoS attack detection for Cisco IOS using NetFlow. In Integrated Network
Management (IM), 2015 IFIP/IEEE International Symposium on (pp. 972-977).
IEEE.
Wallace, K., 2014. CCNP Routing and Switching ROUTE 300-101 Official Cert
Guide. Cisco Press.
14. Bibliography
Cheng, Q., Bahadori, M., Huang, Y., Rumley, S. and Bergman, K., 2017. Smart
routing tables for integrated photonic switch fabrics. In Proc. 43rd Eur. Conf. Exhib.
Opt. Commun..
Girão-Silva, R., Craveirinha, J., Gomes, T., Martins, L., Clímaco, J. and Campos, J.,
2017. A network-wide exact optimization approach for multiobjective routing with
path protection in multiservice multiprotocol label switching networks. Engineering
Optimization, 49(7), pp.1226-1246.
Lee, Y., Bernstein, G., Li, D. and Imajuku, W., 2015. Routing and wavelength
assignment information model for wavelength switched optical networks (No. RFC
7446).
Marom, D.M. and Blau, M., 2015. Switching solutions for WDM-SDM optical
networks. IEEE Communications Magazine, 53(2), pp.60-68.
Napoli, A., Bohn, M., Rafique, D., Stavdas, A., Sambo, N., Potì, L., Noelle, M.,
Fischer, J.K., Riccardi, E., Pagano, A. and Di Giglio, A., 2015. Next generation
elastic optical networks: The vision of the European research project IDEALIST.
IEEE communications magazine, 53(2), pp.152-162.
Page 8 of 11 29/08/2024

Odom, W., Healy, R. and Mehta, N., 2016. CCIE Routing and Switching Exam.
Popescu, I., Ušćumlić, B., Triki, A., Pointurier, Y., Gravey, A. and Gravey, P., 2015,
June. Scalable routing, scheduling and virtualization for TWIN optical burst switching
networks. In Networks and Optical Communications-(NOC), 2015 20th European
Conference on (pp. 1-6). IEEE.
Tahmassebpour, M., 2016. Immediate detection of DDoS attacks with using NetFlow
on cisco devices IOS. Indian Journal of Science and Technology, 9(26).
Whittington, C., Cady, E., Ratchen, D. and Dawji, Y., 2018, January. Re-envisioning
digital architectures connecting CE hardware for security, reliability and low energy.
In Consumer Electronics (ICCE), 2018 IEEE International Conference on (pp. 1-6).
IEEE.
Yan, X. and Wang, G., 2018. All-Optical Switching and Routing with a Nonlinear
Metamaterial. Plasmonics, pp.1-13.
Zhang, T., Jiang, G. and Tang, J., 2016. A Multi-flow Routing Strategy Based on
Streamline Effect for Optical Burst Switching Networks Used in Rail Transportation.
In Proceedings of the 2015 International Conference on Electrical and Information
Technologies for Rail Transportation (pp. 329-334). Springer, Berlin, Heidelberg.
Zhao, H., Fegadolli, W.S., Yu, J., Zhang, Z., Ge, L., Scherer, A. and Feng, L., 2016.
Metawaveguide for asymmetric interferometric light-light switching. Physical review
letters, 117(19), p.193901.
15. Project Plan inc
The Gantt chart of the ‘Routing and Switching Traffication for a Telecom
Organization’ project is shown below,
Page 9 of 11 29/08/2024

ID Task
Mode
WBS Task Name Duration Start Finish
0 0 Routing and Switching
Traffication for a Telecom
Organization
51 days Mon
4/16/18
Mon
6/25/18
1 1 Initiation 8 days Mon 4/16/18 Wed 4/25/18
2 1.1 Analysis of the Requirements2 days Mon 4/16/18 Tue 4/17/18
3 1.2 Project Initiation Document2 days Wed 4/18/18 Thu 4/19/18
4 1.3 Charted Documentation 2 days Fri 4/20/18 Mon 4/23/18
5 1.4 Submission of Documents 1 day Tue 4/24/18 Tue 4/24/18
6 1.5 Review and Sign off 1 day Wed 4/25/18 Wed 4/25/18
7 1.6 Project Kick off 0 days Wed 4/25/18 Wed 4/25/18
8 2 Planning 4 days Thu 4/26/18 Tue 5/1/18
9 2.1 Listing the required tasks 1 day Thu 4/26/18 Thu 4/26/18
10 2.2 Developing Schedule for
the project
2 days Fri 4/27/18 Mon 4/30/18
11 2.3 Reviewing the developed
schedule
1 day Tue 5/1/18 Tue 5/1/18
12 2.4 Approval of the plan 0 days Tue 5/1/18 Tue 5/1/18
13 3 Execution Phase 27 days Wed 5/2/18 Thu 6/7/18
14 3.1 Development of Network
Protocols
3 days Wed 5/2/18 Fri 5/4/18
15 3.2 Designing the network 5 days Mon 5/7/18 Fri 5/11/18
16 3.3 Approval of the network design0 days Fri 5/11/18 Fri 5/11/18
17 3.4 Switches and Routers are
deployed
4 days Mon 5/14/18 Thu 5/17/18
18 3.5 LAN wires are laid 3 days Fri 5/18/18 Tue 5/22/18
19 3.6 Infrastructure is developed7 days Wed 5/23/18 Thu 5/31/18
20 3.7 IP network address is acquired2 days Fri 6/1/18 Mon 6/4/18
21 3.8 Data forwarding is implied 2 days Tue 6/5/18 Wed 6/6/18
22 3.9 Reciever is checked 1 day Thu 6/7/18 Thu 6/7/18
23 3.10 Network is deployed 0 days Thu 6/7/18 Thu 6/7/18
24 4 Testing 8 days Fri 6/8/18 Tue 6/19/18
25 4.1 Alpha testing 2 days Fri 6/8/18 Mon 6/11/18
26 4.2 Black box testing 2 days Tue 6/12/18 Wed 6/13/18
27 4.3 Prototyping 2 days Thu 6/14/18 Fri 6/15/18
28 4.4 Test results are documented2 days Mon 6/18/18 Tue 6/19/18
29 5 Documentation and Closure 4 days Wed 6/20/18 Mon 6/25/18
30 5.1 Final reports are made 2 days Wed 6/20/18 Thu 6/21/18
31 5.2 Submission of Documents 1 day Fri 6/22/18 Fri 6/22/18
32 5.3 Review and Sign off 1 day Mon 6/25/18 Mon 6/25/18
33 5.4 Project is Closed 0 days Mon 6/25/18 Mon 6/25/18
Analyst
Documenter,Documents[1]
Documenter,Documents[1]
Documenter
Project Manager
4/25
Planner
Planner
Planner
5/1
Network Admin
Network Admin,Network Tools[1]
5/11
IT Engineer,Switches and Routers[1]
Contractor,LAN Wires[1]
Contractor
IT Engineer
IT Engineer
Network Admin
6/7
Tester,Testing tools[1]
Tester,Testing tools[1]
Tester,Testing tools[1]
Documenter,Documents[1]
Documenter,Documents[1]
Documenter
Project Manager
6/25
S M T W T F S S M T W T F S S M T W T
Feb 25, '18 Mar 18, '18 Apr 8, '18 Apr 29, '18 May 20, '18 Jun 10, '18 Jul 1, '18 Jul 22, '18
Page 10 of 11 29/08/2024

The Work Breakdown Structure for ‘Routing and Switching Traffication for a
Telecom Organization’ project is given below,
Routing and Switching
Traffication for a Telecom
Organization
Initiation
Analysis of the
Requirements
Project Initiation
Document
Charted
Documentation
Submission of
Documents
Review and Sign off
Project Kick off
Planning
Listing the required
tasks
Developing
Schedule for the
project
Reviewing the
developed schedule
Approval of the plan
Execution Phase
Development of
Network Protocols
Designing the
network
Approval of the
network design
Switches and
Routers are
deployed
LAN wires are laid
Infrastructure is
developed
IP network address
is acquired
Data forwarding is
implied
Reciever is checked
Network is deployed
Testing
Alpha testing
Black box testing
Prototyping
Test results are
documented
Documentation and
Closure
Final reports are
made
Submission of
Documents
Review and Sign off
Project is Closed
Page 11 of 11 29/08/2024