Perfect Hashing Perfect hashing yields a unique address for each key. In that case, there is no need for primary and/or secondary chaining or collision resolution. In order to do it, for each set of keys a separate hashing function is needed to be derived. Find and explain a perfect hashing method for a tiny dataset (at most 10 keys). As it is data dependent (according to the above explanation), it will be appropriate to explain the method that you found with an example. Please prepare a clean, step by step and understandable document for explanation. so don’t limit yourself while trying to explain how it works. Of course you’ll do the research using digital sources and of course you can use resources from these digital sources BUT you have to explain what is done in these documents yourself as you understood.
Perfect Hashing
Perfect hashing yields a unique address for each key. In that case, there is no need for
primary and/or secondary chaining or collision resolution. In order to do it, for each set of keys a
separate hashing function is needed to be derived.
Find and explain a perfect hashing method for a tiny dataset (at most 10 keys). As it is data
dependent (according to the above explanation), it will be appropriate to explain the method that
you found with an example. Please prepare a clean, step by step and understandable document
for explanation.
so don’t limit yourself while trying to explain how it works.
Of course you’ll do the research using digital sources and of course you can use resources from
these digital sources BUT you have to explain what is done in these documents yourself as you
understood.
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
