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Elements that must be included in the 2 or 3-page project proposal draft:
• Title• Motivation:• Why you think this topic is important? why is this a significant area of research? What are the main problems in this area? and why do you think your proposal is important for the topic?• Related Work:• What other researchers have proposed earlier to address the above problems? What were their results and conclusions? Why you think you still need to do work in this area (i.e., what are the shortcomings/pitfalls of earlier work?) What do you propose that is different from related work? and what do you propose that is similar? Clarify how your ideas address the shortcomings of earlier work. Provide adequate and proper citations of related work.• Proposal Body:• Problem statement:• State very clearly and very specifically the question(s) that you attempt to answer (Be as clear and as specific as you can). You can list the questions but add an introduction sentence to link the questions and tell the whole story.• Evaluation metrics:• Mention very clearly and as specific as possible the evaluation criteria and metrics you intend to use to evaluate your approach and ideas. Examples of evaluation metric may include 'overhead' (need to clarify what overhead is and how is it measured), response delay (how to measure it), etc.• Investigated Parameter Space:• Mention the design space investigated in the study. For example, a popularity threshold of 5-50 with steps of 5 could be a design space investigated for the SDS promotion scheme. Another example may be random selection of contacts, selection based on stability measures (need to define what stability is and what are the limits investigate1d).• Methodology:• Graph theory, finite state machines, queueing theory, network simulation, mathematical modeling or experimentation are some examples of the methodology. Mention which of the methodologies will be used and why. Elaborate on the tool used, if any. For example, network simulator (NS-2) or GlomoSim may be used as network simulators. Also, elaborate on the existing capabilities of the tools and what needs to be modified or augmented to suit your analysis.• Scenarios:• Include topologies (network size, connectivity, etc.), traffic and multicast membership patterns (if any), network failures, packet loss patterns, mobility models/degrees that will be used to evaluate the protocol. Explain your choise of the above parameters.• Expected results:• Show what change in performance/evaluation you would gain by using your approach (as opposed to previous work). At this stage, show only expected/anticipated results or trends and justify your prediction. (It would also help to provide graphs with explanation of the x and y (and other!) axes).• References: Around 6 references of high quality per project.
Identify and link both Protocols represented and protocol layer and encapsulation types of models with information given by Wireshark relate the protocols?
Take the time to research the various features that were added to the IPv6 protocol (compared to IPv4). Choose one feature and provide a brief explanation of its benefits.
What features do they incorporate to facilitate overcoming limits of security, merchant risk, cost, etc.? How do they validate cardholder identities?
In the meantime, CEO of the first company transmits e-mail to CEO of second company in order to provide a couple suggestions related to the joint venture. Explain whether this scenario follow OSI model? Describe it in detail.
Illustrate how you can create message with particular CBC residue, with only constraint which somewhere in message you have to be able to embed 64 bits of "garbage".
In a sliding window error control system in which each byte is numbered, Station A sends a packet with bytes numbered 801 to 900. If the packet arrives with no errors, how does Station B respond?
How is a Network Layer protocol different from a Transport Layer protocol and into which Class of networks do the following IP Addresses fall?
Assume Host A wishes to send large file to Host B. Path from Host A to Host B has three links, of rates R1=500kbps, R2=2Mbps, and R3=1Mbps. Suppose no other traffic in network, Determine the throughput for file transfer.
Consider error-free 256 kbps satellite channel used to send 1024-byte data frames. What is smallest window size that is large enough to optimize the throughput?
Find out whether it's configured to transfer data at 10 Mbps rather than 100 Mbps, as it should be. How could you find this information and change it, if necessary?
What is the system development life cycle and what are the best ways to bring social networking to life within this cycle?
Remote Network Implementation Plan
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