Already have an account? Get multiple benefits of using own account!
Login in your account..!
Remember me
Don't have an account? Create your account in less than a minutes,
Forgot password? how can I recover my password now!
Enter right registered email to receive password!
You are provided with 3000 sample keystrokes for 5 users mentioned above. You can find this data using the ‘Lab 2 User Data' link in the ‘Lab 2' folder on Blackboard. Please note that you only have to download and use the data for your lab group. To find out your lab group, email the TA responsible for this lab who will let you know your group number. If you have a partner for this lab, make sure to list both your names and student numbers, and have your lab partner CC'd in the email to the TA. Please note that the scheduling of the demos for this lab will also be based on the group id number.
All the sample files are in a .txt format. The input in each row of the user data is the collection of values for the following five measurements:
For simplicity, in this implementation we only consider Fly Times and Dwell Times (see below for more detail). The threshold level % would be given as an input during the calculation of D as also described in the following section. Treat each value provided as a base 10 number.
Outputs (of your implementation)
The aim of OKAM is to grant access to files in accordance with the ACM (access control matrix) or ACL (access control list) on the basis of the FAR (False Acceptance Rate) and the FRR (False Rejection Rate) calculations as described in the algorithm below. At the end the program, the output should list the user id together with a time stamp, and the FAR and FRR values for that user in a section labeled 'For Administrator', and the rights granted to that user, if any according to the ACL or the ACM by display appropriate messages later in a section labeled 'For User'.
This implementation can be easily combined with a secure database scheme to complete OKAM, however you are not required to implement this second component of the system.
The objective of this example is to demonstrate the steps required for a successful attack against a vulnerable Windows XP SP2 system. It will show: a) how Nessus can be used to di
A digital signature is a stamp on the data, which is unique and very hard to forge. A digital signature has 2 steps and creates 2 things from the security perspective. STEP 1
define .
Categories of Controls Controlling risk through mitigation, avoidance or transference is accomplished by implementing controls. There are 4 effective approaches to select the co
(a) (i) If m = p·q·r where p, q, and r are prime numbers, what is Φ(m)? (ii) Therefore, Determine Φ(440). (b) Describe the following terms as used in cryptography: (i)
(a) Explain the two possible configuration for 3DES. (b) What is the main disadvantage of 3DES? (c) Why are most modern symmetric algorithm block ciphers? (d) Describe
Thinking ethically is difficult without a background in moral philosophy. Asking people to embrace ethics without offering practical explanation of the efficacy of so doing, is a t
Question 1 Explain any two types of security policies Question 2 What is security attack? Explain with examples Question 3 Explain different characteristics that i
WIRELESS SECURITY TOOLS An organization which spends its time securing wired network and leaves wireless networks to operate in any manner is opening itself up for security brea
Question : a) Below is a capture of an Ethernet II frame which contains an IPv4 packet and a TCP segment. Give the source MAC address for the frame in hexadecimal; the source I
Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!
whatsapp: +91-977-207-8620
Phone: +91-977-207-8620
Email: [email protected]
All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd