- Study guides, Class notes & Summaries

CS6515 - Final exam - GA Final Exam Dyn. Prog, Div. + Conquer, Graphs, and NP completeness

CS6515 - Exam 2 Algorithms questions and answers

CS6515 - Exam 1 questions and answers

CS6515 - Algorithms- Exam 1 questions and answers

CS6515 EXAM 2 2025| BRAND NEW ACTUAL EXAM WITH 100% VERIFIED QUESTIONS AND CORRECT SOLUTIONS| GUARANTEED VALUE PACK| ACE YOUR GRADES.

CS6515 Exam 2 Questions With Verified answers

CS6515 – EXAM 1 EXAM WITH CORRECT ACTUAL QUESTIONS AND CORRECTLY WELL DEFINED ANSWERS LATEST 2025 ALREADY GRADED A+

CS6515 - Exam 1 Complete Questions And Answers What are the dimensions of the array for solving the knapsack problem WITHOUT repetition? - ANSWER -2-D array What is the recurrence for knapsack w/o repetition? - ANSWER -K(i,b) = max((vi + K(i-1,biwi)),K(i-1,b) if wi < b) K(i,b) = K(i-1,b) otherwise What are the base cases for knapsack w/o repetion? - ANSWER -K(0,b) = 0 & K(i,0) = 0 which is when we have no objects and no knapsack, respectively What is the running time of the knapsack ...

CS6515 EXAM 3 NEWEST VERSION COMPLETE QUESTIONS AND CORRECT DETAILED ANSWERS (VERIFIED ANSWERS) |ALREADY GRADED A+ 2. Demonstrate that problem B is at least as hard as a problem believed to be NPComplete. This is done via a reduction from a known problem A (A->B) a) Show how an instance of A is converted to B in polynomial time b) Show how a solution to B can be converted to a solution for A, again in polynomial time c) Show that a solution for B exists IF AND ONLY IF a solution to...