Maximum submodular coverage This week we study the maximum submodular coverage problem, a generalization of the maximum coverage problem. We also intro- duce the concept…
Assessed Preparation 1: 2: 3: 4: 5: 6: 7: 8: 9: functionCOUNT(A[1..n],target) count = 0 whilei ≤n do if A[i] = target then count =…
Week 9 Studio Sheet (Solutions) Useful advice: The following solutions pertain to the theoretical problems given in the tutorial classes. You are strongly advised to…
Assessed Preparation Week 6 Studio Sheet (Solutions) Useful advice: The following solutions pertain to the theoretical problems given in the tutorial classes. You are strongly…
Week 4 Studio Sheet (Solutions) Useful advice: The following solutions pertain to the theoretical problems given in the tutorial classes. You are strongly advised to…
Implementation checklist Week 10 Studio Sheet (Solutions) Useful advice: The following solutions pertain to the theoretical problems given in the tutorial classes. You are strongly…
Assessed Preparation Week 11 Studio Sheet (Solutions) Useful advice: The following solutions pertain to the theoretical problems given in the tutorial classes. You are strongly…
Week 12 Studio Sheet (Solutions) Useful advice: The following solutions pertain to the theoretical problems given in the tutorial classes. You are strongly advised to…
(b) alogb(n) =nlogb(a) foranybaseb >1 Week 1 Tutorial Sheet (To complete at home during week 1) Problem1. Show,usingelementarypropertiesofthelogarithmfunction,thatthefollowingidentitiesaretrue (a) log k+1+1=log (k +1) (a) Wewillmakeuseofthefactsthatlog2(a)+log2(b)=log2(ab),andthatlog2(2)=1.…
Week 3 Studio Sheet (Solutions) Useful advice: The following solutions pertain to the theoretical problems given in the tutorial classes. You are strongly advised to…