basic query regarding NP Complete...
- From: "Prakash" <helloprak@xxxxxxxxx>
- Date: 21 Aug 2006 01:14:20 -0700
Hi,
I have am trying to understand the basics of NP and NP complete.
Can any one help me better my understanding.
Here is my query regarding the same
Do we call a set of problem in NP to be NP complete if each one of them
is reducible to an other ? ie.. if 3-CNF, Boolean satisfiability,
Vertex cover, Hamilton cycle.. problems form a set and each of them is
reducible to one of the other then do we call that set NP-Complete ?
Suppose I have a NDTM that solves the sorting problem by randomly
guessing the order and I have a verifier Algorithm (polynomial) that
outputs a YES if all elements are in order, This problem is in NP.
Supposing I have few other hypothetical problems that are reducible to
this problem will that set form a NP-COMPLETE set ? Since P is a subset
of NP do we have many partitions in class P that are reducible to each
other within that partition and hence NP complete ?
Please correct me if my understanding is wrong.
Thanking you,
Prakash S
.
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