There is some useful information here but there is also a lot of confusion. At this level of study, you need to have a clear understanding of the technology being discussed and in particular not get confused between different concepts. The points below should all be addressed:
Windows, in this context, should start with a capital \”W\”.
The terms \”Primary\” and \”Backup\” DC are no longer used.
\”.. which supplies network. \” The router does not supply the network. It connects different networks together. You need to look up what routers do and how they fit into the network.
\”The terminals are dedicated links …\” Terminals are not links. They are end user computers.
\”(WAP) is a modified networking hardware device \” WAPs are not modified. They are bought as WAPs.
\”WAP can also be an integral constituent of the Reuters networking system. \” No. WAPs in large networks would be dedicated separate devices. Also, you mean \”routers\” not \”Reuter\”s\”.
\”Software firewall can also be implemented by the organization in the form of an antivirus. \” Anti-virus software is completely different from a firewall. It does a different job and works in different ways.
\”Domain controller is however not good for print/file and application services. These services, if incorporated with DC, may slow down or crash the system.\” There is no reason for not using DCs as file/print share and application servers as well other than workload on the server. Many small companies can only afford one server and do everything with that. Anyway, this has nothing to do with the way the hospital would use a firewall. The firewall will be a complete separate system from the DC.
Task 2.1 requires two diagrams. One for the organization diagram and then a second one for the AD design. You have not provided an AD design at all.
The spec gives links to example diagrams for both of these. Your diagrams should use the same style of diagram as these examples.
2.2 Visitors would not have access to the LAN facilities that are covered by the AD.
You have not identified any groups or shown how they would be used. You should give specific examples, including group name, who would be members of this group and what this group would give them access to.
2.3 should \”Include a diagram showing the overall folder structure and notes explaining how access rights are used …\” as it says in the spec. You MUST do what the spec tells you to do, otherwise you will not pass. This diagram must be specifically about this organization, not some generic picture copied from the Internet.
Task 3 could do with a few more examples, particularly of attributes, to show that you clearly understand what they are and how they are used. The example data should be specific, not a list of possible entries.
3.3 \”The directory structure will involve a DHCP, DNS \” You are not asked about DHCP or DNS here. Just cover the implementation of the DCs to manage the AD.
4. \”For example, Arrows Park hospital particularly uses router, as a hardware installation provides a better way for sharing secure data in a network system. It is easily integrated with Microsoft excel and an instant messaging security which enhances sending of messages to other network desks. \” This is neither technically correct nor relevant. The use or otherwise of routers has nothing at all to do with the design or testing of AD or the login function.
Your test procedure for login is odd. In a large network like this, the user accounts would be set up by the IT department on request from the HR department as people join the staff. The test should be to make sure that an account set up like this actually allows a login. You would not allow people to \”register\” for a network like this. It is not a public access network. It is a hospital network that handles medical details about its patients. Therefore security is a prime concern and allowing the general public to register for user names is not appropriate.
Instruction files
1488056_networking_infrastructure_updated.doc(325,50 KiB)
networking_infrastructure_august_2016.pdf(172,62 KiB)
Last Completed Projects
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