You are given 'n' appointments. Each appointment contains startime and
endtime. You have to retun all conflicting appointments efficiently
starttime and endtime can range from a few min to few years.
--
You received this message because you are subscribed to the Google Groups
"Algorithm Geeks"
merge N/2 +1 times...
On Sat, Dec 4, 2010 at 7:48 AM, Gene wrote:
> This isn't quite right because you don't have to merge all the initial
> companies pairwise. I.e. you skip the case where A and B merge and
> then the result is merged with C.
>
> Rather, the answer is the number of binary tree
This isn't quite right because you don't have to merge all the initial
companies pairwise. I.e. you skip the case where A and B merge and
then the result is merged with C.
Rather, the answer is the number of binary trees with N leaves. (This
does assume that all mergers involve only 2 companies.)
These are attributes of expressions in programming languages.
They are normally computed by compilers during type checking.
An expression is r-valued if its _value_ is of interest, for example
the right hand side of an assignment or an actual parameter to be
passed in to a function.
An expressio
Modified 2 color sort problem i.e. you are given an array of integers
containing only 0s and 1s.You have to place all the 0s in even
position and 1s in odd position. And if suppose, no. of 0s exceed no.
of 1s or vice versa then keep them untouched. Do that in ONE PASS and
without taking extra memo
Can Any one Expalin in Briefly WHAT exactly is Lvalue-Rvalue is...thnx
in Advance
Regards
Shashank
--
You received this message because you are subscribed to the Google Groups
"Algorithm Geeks" group.
To post to this group, send email to algoge...@googlegroups.com.
To unsubscribe from this grou
Nc2 * N-1c2 * N-2c2 * . * 2c2.
where Nc2 means the number of combinations that can be made out of N numbers
taken 2 at a time. After merging any 2 companies, you will have N-1
companies left, and so on. If I interpreted the question correct, this is my
solution. Any more ideas?
harsh
--
You