Reference no: EM131238485
Assignment 1: The Future of Network Forensics
This discussion will provide students with the opportunity to research and explore the future of network forensics.
Tasks:
For this discussion, research the future of network forensics and provide an overview of the research. This research should focus on where information will come from in the future and also how the information will be collected and analyzed.
Note: Your response should rely upon at least two sources from professional literature-articles from peer-reviewed journals and relevant textbooks. Write in a clear, concise, and organized manner; demonstrate ethical scholarship in the accurate representation and attribution of sources (APA); and use accurate spelling, grammar, and punctuation.
Submission Details:
I need minimum of 250 words, post your response to the below Discussion Area. Review and comment on at least two of your peers' responses. Consider the following in your response:
Provide a statement of clarification or a point of view with the rationale.
Draw comparisons between the examples you provided and the examples submitted by your peers.
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Analyze current ethical considerations and issues
: Evaluate current or past news events related to each of the four branches of digital forensics: Computer forensics, mobile device forensics, network forensics, and database forensics.
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Estimate the time it will take to empty the tank of water
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Write an essay on antigone and tamar
: Write the given paper assignment. - Write an essay on Antigone and Tamar. - Describe whether these characters are believable or not and make some comparisons between the two of them.
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Research the future of network forensics
: Provide a statement of clarification or a point of view with the rationale. Draw comparisons between the examples you provided and the examples submitted by your peers.
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Determine the exit area of the nozzle and the exit velocity
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What is the coefficient of discharge of the orifice
: The absolute upstream pressure is 200 kPa, and the pressure drop across the orifice is 82 mm Hg. The temperature of the air entering the orifice is 25?C, and the mass flow rate measured with the gasometer is 2.4 kg/min. What is the coefficient of ..
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Find exit area of the nozzle and overall nozzle efficiency
: The flow from the nozzle entrance to the throat is reversible and adiabatic. Determine the exit area of the nozzle, the overall nozzle efficiency, and the entropy generation in the process.
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Find the mass flow rate assuming compressible adiabatic flow
: Find the mass flow rate, assuming compressible adiabatic flow. Repeat this calculation for incompressible flow
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