ME503 Telecommunication System Engineering Assignment - Design of a Communication Link to Interconnect Two Locations, Melbourne Institute of Technology, Australia

Unit Learning Outcomes -

• Demonstrate an in-depth understanding and knowledge of Digital Microwave Radio Systems;
• Design Microwave links, path profile construction and acquire a comprehensive understanding of atmospheric effects on the performance of microwave links ;
• Undertake an economic evaluation of telecommunication systems;

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Assignment - Assume that the two organizations below want to install a direct multimedia communication link between them for the exchange of voice, data, images, text, etc.  Discuss the possibilities or all available options and substantiate why you chose the option that you have designed. All technical and economic details of the system should be documented in the report. The student should demonstrate the following key skills in their report:

• Technological understandings of the proposed solutions;
• Economic analysis and selection method of the design and;
• Application of engineering principle during design and implementation.

Answer - Design of a Communication Link to Interconnect Two Locations

Introduction

Communication systems design is usually a very complex process. The general telecommunication industry is very dynamic in terms of new technologies and enhancement of the current technologies is also evolving day by day. In any cases, data communication usually looks at the transmission of the digital data between two or more computers. The physical connection between the networked computing devices is also established by use of wireless or cable media. The best common type of network is the internet. The following essay looks at the use of Wide Area network as type of communication link that can be used in interconnecting two locations (Spiro, 2014).

Technological Understanding

When it comes to computer networks, there data is usually passed in form of packets. Everything that a person does in the internet will usually entail packets. For example, in each website that one receives comes as a part of the whole packet and each email that is sent will also leave a series of packets. The device that is used in the transmission of data like a computer or a phone is also referred to as notes (Spiro, 2014). Normally in this category there are three types of networks. There is the local area network which is usually among the smallest of networks as it is usually restricted to a small geographical area. For example, a computer network that is available only to the residents or the people in an office is a Local Area Network.

Second is the Wide Area Network, which as the name suggests, the network usually covers a huge range of geographical area. The wide area network is usually used in connecting the local area network and other types of networks together so that the computers and the user are in a position to communicate with the computers in other regions. For example, the wide area network is often used as the internet (Ameme & Guttromson, 2017). There is also the metropolitan network, this type of network will usually connect the user with the computer resources in a particular geographic area that is usually huge or wider that the local area network. However this does not mean that it is as large as the wide area network.

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Economic Analysis and Budget Design

To set up a Wide Area network for this project it is going to basically depend on the type of technology that the company intends to us across the medium and the management of different services. in essence, the Broad Based Internet VPNs will begin from a budget o $50 per month. However for a global MPLS, VPLS and SD-WAN Ethernet connection, this will begin from approximately $400 throuh to about $1000 per month.

Soundness of Engineering

According to needs, a wide area network is a geographically distributed private telecommunication that is geographically distributed private telecommunication network which interconnects different local area networks (LAN). In this regard, a Wide Area Network will connect different smaller networks that also includes the local area network and the Metro area network (Spiro, 2014). In the end this will make sure that that the computers and the users in a particular location can communicate with computers and the users in the other location. The implementation of the wide area network can also be either with the assistance of a public transmission system or through a private network

Diagram

Among the common types of wide area networks are in the Leased line, Dial up, ATM, Frame Relit, ISDN, and cable modem.

Requirements

In regard to the case of interconnecting a direct multimedia communication link, between the two institutions, the wide area network will be relevant. The requirements will include: servers, clients, transmission media and shared data. The server refers to the computers that hold shared programs, files and the networking operating system. The server will thus provide access to the network resources to all the users in the network. There consultant can choose from the different types of servers , including mail servers, print serves, communication servers, fax server and database servers. Then there will be need to establish clients. There are all the computers that are going to access and make use of the shared network resources (Ameme & Guttromson, 2017). Basically the client computer are the customers of the network since they will be requesting and receiving the said services. In this case, the two institutions. Also the multimedia data will need to be transmitted, meaning the network needs to have facilities used in the interconnectedness of the computers in the network; at times transmissions are also referred to as the links, lines or channels.

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During transmission there will be the shared data which file servers will be providing the clients, this will include the multimedia messages and print access and email. During operation other equipment like shared printers and peripherals are will be used in providing support to the user activities in the network (Ameme & Guttromson, 2017). The resources are important as they provide data from files, software, printers and other items that the clients decides to make use of. For the network to operate well, then the network interface card will also need to be installed. In this regard, each computer in the network will have a special expansion also known as the network interface card. This card is important as it prepares the different formats required in sending data, controlling data and receiving data flow between the network and the computer.

On the side of transmission, the interface card passes different frames of data to the major layer that is then used in the transmission of the physical link. On the side of the receiver, the network interface card will be used in processing bits received from the physical layer to the processing of the message in regard to its content. The local operation system on the other hand will also be useful in allowing the computers from the two institutions toe access files, print to a local printer and the ensure that one or more disk is used in a located computer. Here the network operating system refers to the program used to run on servers and computers and allow the computers to communicate over computers to the other organization. In the end it creates a hub, which is a device that splits a network connection to several computers, it then sends the request through a particular network to the entire network (Ameme & Guttromson, 2017). Each computer in the network is going to then figure out whether the broadcast data is for them or not. Also there will be the aspect of the switch which is a telecommunication device grouped as one of the components in a computer network. In this case the two institutions can make use of the physical device to address each income message so as to deliver the message to the required destination.

Applying the WAN to interconnect the two institution

The ability to interconnect to two institutions across the wide area networks can involve a number of service provider topologies and WAN technologies. Some of the common options for this network can ne the Hub and spoke topology, the point to point topology, the full mesh topology and the dual home topology. When looking at the to point to point topology as shown in the figure below, depicts a point to point circuit between two end points. In the typical sense, by involving a dedicated leased line connection as a T1 or an E1 line, a point to point connection will also be able to provide a layer 2 transport services which is taken through to the service provider network. In any case, a number of packets are going to be sent from one site and delivered straight to the other site and they will then be delivered to the other site in exchange (Canzian, Badia, & Zorzi, 2011). In this regard, a point to point connection should be transparent to the customer network as if to show the direct link between the two end points.

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Hub and Spoke

In the event that there is a private network connection between multiple sites required, the a point to point topology may not apply to the organisation, meaning a point to point topology with various point to point circus is going to be one of the better options. In this regard, each point to point circus also calls for a unique dedicated hardware interface that will call for the use of different routers with the multiple wide area networks interface cards. However this is not usually recommended as it is very expensive. Meaning depending with the budget, the two institutions may also decide to use the hub -and-spoke topology. By using this topology, all the spoke circuits are allowed to share a single interface to the hub. One example is on the spoke sites which can be interconnected through the hub site by using routed sub interfaces and virtual circuits at the hub (Canzian, Badia, & Zorzi, 2011). The hub-and -spoke topology can also be viewed as an example of the single homed topology. The figure below shows a model hub and spoke topology with two routers one been a hub connected to the other routers (spoke) in the wide area network cloud.

Full Mesh

If the institutions decide to use the Hub-and -spoke, there could be some disadvantages, which is usually on communication, where it all has to go through the hub. In consideration of a full mesh topology using the different virtual circuits any site can also be used to directly communicate with other sites. The weakness that is found here is on the fact that a large number of virtual circuits which need to be maintained and configured will also display a particular full mesh topology that is made of four routers connected to one another across the wide area network cloud as shown below (Canzian, Badia, & Zorzi, 2011).

Critical Reflection

In regard to ensuring the connection of this network with WAN there is going to have a model that can be used in the campus network will depend on the growth of the institution. In this regard a good design and implementation of the full size multimedia facility will depend on the successful implementation of the pilot model. This will be the only way that the model can be replicated to the partnering institutions and ensure communication. So as to handle additional workload, the institutions will also need to hire more staff, it will need to leas more office space. This is because the multimedia network will also see the development of various major projects where each is going to require a support staff and project manager. It is important that the two institutions organize themselves in to different functional departments where the two departments are going to have their own team to manage the center. This will also mean being able to meet all Th growing needs of the network by moving to several levels of communication networks (Canzian, Badia, & Zorzi, 2011). As the project continues to expand, it will also mean the network will continue to grow. Instead thus of having a single local area network, the institution will need to add other sub networks of which each of them will be devoted to a unique department. One example is on the communicating staff were they will all be placed in one local area network, at the same time the marketing staff will be on another LAN. The different LANs are they going to be joined to one network to create a companywide network also known as the campus, consisting of different floors as shown below.

Also it is important to ensure that the business is full of IT staff that can maintain and support the network. Which will include dedicated transfer of data, server for emails and storage of files. Also the applications and web based productivity tools will be put in consideration. Also a company intranet will provide for an in-house information and documents to each employee.

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Research Depth

The project employs several techniques that are used in gathering and evaluating the information. The WAN project will address different requirements to remain informed in the circumstances related to competitive markets thus providing the right peace of wide ranging information for strategies and decision making so as to look at the argument and the benefits for the organisation and growth. In addition, this project also looked at the different WAN options of the institutions in the regional and national level.

With time it is expected that the institution is going to be successful with its patented process which will call for the expansion of the multimedia networks. In this regard they will need to find ways to deal with new projects as they occur to manage demand. In this regard, it will be important for the institution to open up branch networks close to the project site (Canzian, Badia, & Zorzi, 2011). In this regard the IT team is bound to face some challenges especially when it comes to managing the information delivery and services all throughout the company. In this regard it is important for the institution to develop a data centre that will be used in housing different servers and databases for the multimedia project, as shown below.

Conclusion

In conclusion, to make sure that ll the operational areas can access similar applications and service without having to worry about the location of the offices, the company needs to implement a wide area network as this is the best model that can ensure reliable communication link for two locations.

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