Bit DP Problems
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Bit DP is use a binary number to represent a state which a state is consisted of several varying substate(likely two states on and off), we use bit 1, 0 to represent these varying substates.
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Bit DP is use a binary number to represent a state which a state is consisted of several varying substate(likely two states on and off), we use bit 1, 0 to represent these varying substates.
Published:
1420 Build Array Where You Can Find The Maximum Exactly K Comparisons find how many combs there exist so that 1)n ints 2)every int is leq m. 3)search cost is K(search cost will increase by 1 if current number is larger than maximum)
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I planned to start competitive programming and I will follow the tasks below. I list them so that I can regularly check my progress. Hopefully I can be a red coder in 1 year or 2. At the same time I will post problems I solved randomly. Watch on!
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Note Thanks for Geeks4Geeks, I referred to their posts char * vs string vs char[] and storage for strings in C and here is my very messy note.
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Credit A Tour of C++, Bjarne Stroustrup
Published:
Note Thanks for Geeks4Geeks, I referred to their posts char * vs string vs char[] and storage for strings in C and here is my very messy note.
Published:
Credit A Tour of C++, Bjarne Stroustrup
Published:
Bit DP is use a binary number to represent a state which a state is consisted of several varying substate(likely two states on and off), we use bit 1, 0 to represent these varying substates.
Published:
1420 Build Array Where You Can Find The Maximum Exactly K Comparisons find how many combs there exist so that 1)n ints 2)every int is leq m. 3)search cost is K(search cost will increase by 1 if current number is larger than maximum)
Published:
I planned to start competitive programming and I will follow the tasks below. I list them so that I can regularly check my progress. Hopefully I can be a red coder in 1 year or 2. At the same time I will post problems I solved randomly. Watch on!
Published:
I planned to start competitive programming and I will follow the tasks below. I list them so that I can regularly check my progress. Hopefully I can be a red coder in 1 year or 2. At the same time I will post problems I solved randomly. Watch on!