I am studying using the MIT Cours开发者_StackOverfloweware and the CLRS book Introduction to Algorithms.
Which is the best way to design a db schema in which store hundreds of thousand events, with recurrencies, and that will support milions of query asking which events will occur in a range of dates?
The question is t开发者_如何学运维o set up a recurrence relation to find the value given by the algorithm. The answer should be in teta() terms.
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I have a bit of code and need to write a recurrence relation for it.The code simply calculates 2 raised to the nth power.
I have this code: CREATE PROCEDURE AddTask @SessionID uniqueidentifier, @Login nvarchar(max), @Uni nvarchar(max),
I am trying to find the big O bound for the following recurrence relation: T(n) = T(n-1) + n^c, where c >= 1 is a constant
I\'m solving some recurrence relation problems for Big O and so far up till this point have only encountered recurrence relations that involved this form:
I\'m reading my algorithms text book, and I\'m reading about recurrence relations and finding the algorithms big O complexity. I run across this line
I had an event list. I created a new item that has recurrence daily ( Start Time : 1/5/2010 12 : 00 AM and End Time : 5/30/2010 12:00 AM). I want to delete the item which has Start Time : 5/12/2010 12
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