Can you give me some algorithms that same as the lattice-Samarati algorithm in privacy and anonymity?
There is an algorithm OLA (Optimal Lattice Anonymization) which has the same privacy and anonymity as the lattice-Samarati algorithm.
Can you give me some algorithms that same as the lattice-Samarati algorithm in privacy and anonymity?
- Privacy and anonymity what algorithm acheives k-anonymity and give an example of it.
course of privacy and anonymity: •Present a well written summary of a k-anonymization algorithm of your choice, along with an illustration of the algorithm •The summary should not exceed one page •The illustration should not exceed one page
4. a) Describe what is k-anonymity and how it can provide privacy with a suitable example. (5 points) b) With suitable examples, discuss the two types of attacks on k- anonymity. (10 points)
Please give me a divide and conquer algorithm that has runtime better than O(n^2) along with justification. Also please do a runtime analysis on this algorithm. Please DONT copy and paste other's solution.THANKS 3. Give the best algorithm you can to convert an n digit number base 10 into binary. Here, we are counting operations on single digits as single steps, not arithmetic operations. You can use any of the multiplication algorithms we described in class.)
Algorithms A and B perform the same task. On input of size n, algorithm A executes 0.003n2 instructions, and algorithm B executes 243n instructions. Find the approximate value of n above which algorithm B is more efficient. (You may use a calculator or spreadsheet.)
Introduction to the Design and Analysis of Algorithms Note: Present Algorithms in Pseudocode Give an algorithm to print all the common elements in two sorted arrays of integers, A and B of sizes m and n, respectively. Assume that the numbers in each of the arrays are distinct. Input: Sorted arrays A[m] and B [n]. Output: Common elements. ExA:3.5 6 9 12 17 23; B:2581011 12 15 16 17 19 22 25; Output: 5 12 17
Please help me with this divide and conquer question. Please show your work. NOTES: The multiplication we covered in class are grade-school and Karatsuba multiplication algorithm. 3. Give the best algorithm you can to convert an n digit number base 10 into binary. Here, we are counting operations on single digits as single steps, not arithmetic operations. You can use any of the multiplication algorithms we described in class.) 3. Give the best algorithm you can to convert an n...
I/O Scheduling Algorithms a) For each of the following scheduling algorithms, give a 1-2 sentence description of how it works. The description should be precise enough to distinguish each algorithm from the others. Algorithms: FCFS, SSTF, SCAN, C-SCAN, C-LOOK. (1 point) b) Given a hard disk with 200 cylinders and a queue with jobs having the following cylinder requests: 80, 190, 70, 130, 30, draw a diagram of the movements of the head for each of the algorithms listed in...
8. In plain English, explain how Mergesort, and QuickSort algorithms work and give your reasons why QuickSort is considered to be the fastest algorithm in practice even so the Mergesort runs always as Θ(MogN) and Quicksort as θ(NlogN) only on average while for some inputs can run as long as o(N-)? 9. On simple examples, explain how quadratic probing works and why it can fail if a hash table is over half full. 8. In plain English, explain how Mergesort,...
1. Suppose you are given 3 algorithms A1, A2 and A3 solving the same problem. You know that in the worst case the running times are Ti(n) = 101#nº + n, Ta(n) = 10”, TS(n) = 101 nº logo n10 (a) Which algorithm is the fastest for very large inputs? Which algorithm is the slowest for very large inputs? (Justify your answer.) (b) For which problem sizes is Al the best algorithm to use (out of the three)? Answer the...