Reference no: EM13317121
Describe the security features available on a platform of your choice (for example,Linux/Android/Mac OS X/Windows/Apache/Java/Perl), to mitigate a specific type of attack (for example, adware/malware/SQL injection/spoofing/tampering).
? Include in your discussion:
Introduction: Clearly state your chosen platform and threat, and the technical controls that are available. Marks are allocated for clearly stating the choice of platform and attack: they should be interesting, clear, and have an appropriate scope to form the basis for the report. There are also marks for an overview of the technical controls that are available to mitigate the threat.
Literature review and threat mitigation: Provide a detailed literature
Review: that is, an overview of the related literature and history (NOT a description of how you conducted the research). Include details on the threat, and how the threat is mitigated, in both cases include technical detail, history, and notable people and events. Aim to include references to seminal (historically important) and scholarly research, such as journal and conference papers. Describe the relationship to related attacks, and make a clear distinction between security controls that are built into the platform, and those that are third party addons.
Configuration: Describe how the security can be configured, and provide configuration examples (such as screen-shots and configuration files). Marks are based on demonstrating technical detail and understanding, and choice of examples.
Limitations and critical reflection: You should reflect critically on the state of the art of security mechanisms and explore any limitations of the security mechanisms or areas for improvements. Marks are allocated for clearly describing the scope of protection and discussion of possible future improvements and areas of active research.
Conclusion. Summarise and conclude your report. In general, you should not bring up new content in a conclusion, but rather highlight the most important aspects.
The report should include a word count, have subheadings and use Harvard referencing.
Compute the energy loss in a 90 degree bend in a steel tube
: Compute the energy loss in a 90 degree bend in a steel tube used for a fluid power system. The tube has a 0.5 inch outside diameter and a wall thickness of 0.065 inches. The mean bend radius is 2.00 in. The flow rate of hydraulic oil is 3.5 gal/mi..
|
Find the volume of the given solid region bounded
: find the volume of the given solid region bounded below by the cone z=sqrt(x^2+y^2) and bounded above by the sphere x^2+y^2+z^2=128. using triple intergrals.
|
Find what size pipe should be used to be riveted steel
: The pressure at the entrance of the system must be at least 75 psi and the demand is 1350 GPM. The pipe material is to be riveted steel and the length of pipe is 5,000 feet. What size pipe should be used
|
Derive an expression for velocity of a jet of viscous liquid
: Using pie method, derive an expression for the velocity of a jet of viscous liquid issuing from an orice under static head if this velocity depends only on head, orice diameter, acceleration due to gravity, viscosity and density of fluid.
|
How security can be configured and provide configuration
: Describe how the security can be configured, and provide configuration examples (such as screen-shots and configuration files). Marks are based on demonstrating technical detail and understanding, and choice of examples.
|
Derive an expression for small flow rates over a spillway
: Use dimensional analysis with the following parameters: height of spillway (P), head on the spillway (H), viscosity of liquid, density of liquid, surface tension, and acceleration due to gravity.
|
What frequency is the trombonist producing
: You bike at 11.5 m/s directly away from your neighbor\'s trumpet sound and toward the sound of another neighbor\'s trombone, What frequency is the trombonist producing
|
Estimate what is the critical slope of the channel
: A trapezoidal channel cut into rock has a bottom width of 4 ft, side slopes of 1:1 and a channel slope of 0.0005. What is the critical slope of the channel.
|
At what speed is the ambulance traveling
: You are walking along a small country road one foggy morning and come to an intersection. At what speed is the ambulance traveling
|