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fib序列
- 数据结构算法:使用循环队列,K阶斐波那契数列的一种算法实现。-algorithm data structure : the use of recycled cohort, K bands Fibonacci series, a method.
fibonacci_2
- 本程序是用备忘录法实现计算斐波那契数列,大大缩短了运算时间。
Kfibonacci
- K阶斐波那契数列的前K-1项均为0,第k项为1,以后的每一项都是前K项的和-K-order Fibonacci sequence of the former K-1 item are 0, the first k items for 1, after each of the items are pre-K and
stackfibnaqi
- 斐波那契数列计算的非递归算法 用栈来模拟递归的经典题目-Fibonacci calculation of non-recursive algorithm used to simulate the recursion stack classic topic
Fibonacci
- 取石子游戏之必胜策略 采用斐波那契数列作为算法-The winning strategy game to take stones used Fibonacci sequence as an algorithm
Fibonacci
- 斐波那契数列,递归算法,包括全部文件,可以直接使用-Fibonacci series, recursive algorithms, including all files, can be used directly
144
- 递归经典简单例题,用于求解斐波那契数列相似的问题-a classical case of recurtion
3-1
- 验证求n阶乘和斐波那契数列的递归算法-Verify seek n factorial and Fibonacci series, a recursive algorithm
3.
- 这是一个斐波那契数列,完全数和排序用C++编程的源代码,希望共享-This is a Fibonacci sequence, complete number, and sort of programming with C++ source code, want to share
2
- 求斐波那契数列,但是操作者要给出最终所要求的数-Demand Fibonacci series, but the operator to give the required number of final
Fibonacci
- 递归数列,斐波那契数列,详细代码,实例,应用-Fibonacci
Fibonacci
- 斐波那契数列1,1,2,3,5,8,13,21……的通项公式,其中a(n+2)= a(n+1)+an 注括号内为下标。-Fibonacci sequence 1,1,2,3,5,8,13,21 ... ... The general formula, where a (n+2) = a (n+1)+ an injection subscr ipt brackets.
FIber
- 斐波那契数列的C实现方法,大家仔细阅读,好好学习-It is about Fibernasher developed by C program.
Fibonacci
- 斐波那契数列的递归和迭代实现,C++语言,-Fibonacci series of recursive and iterative implementation, C++ language,
7
- 用递归算法进行计算斐波那契数列,这是一种c++程序-Calculation of the Fibonacci series
dxs
- 输入一个数据n,计算斐波那契数列(Fibonacci)的第n个值 1 1 2 3 5 8 13 21 34 规律:一个数等于前两个数之和 //计算斐波那契数列(Fibonacci)的第n个值 -Enter a data n, calculate the Fibonacci series (Fibonacci) of the n-th value of 112,358,132,134 law: a number equal to the previous two numbers
order
- 数据结构,利用循环链表实现斐波那契数列的输出。-data structure
Fibonacci
- 斐波那契数列的演示程序,通过修改源码中m的值可以控制数列的长度-illustrate Fibonacci
斐波那契数列 (2)
- 斐波那契数列初步入门学习、了解,对语言的进一步了解有很大的帮助(The Fibonacci rudiments of learning, understanding, is of great help to further understand the language)
斐波那契数列
- 斐波那契数列(Fibonacci sequence),又称黄金分割数列、因数学家列昂纳多·斐波那契(Leonardoda Fibonacci)以兔子繁殖为例子而引入,故又称为“兔子数列”,指的是这样一个数列:1、1、2、3、5、8、13、21、34、……在数学上,斐波纳契数列以如下被以递归的方法定义:F(0)=1,F(1)=1, F(n)=F(n-1)+F(n-2)(n>2,n∈N*)在现代物理、准晶体结构、化学等领域,斐波纳契数列都有直接的应用,为此,美国数学会从1963年起出版了以《斐