搜索资源列表
feibulaji
- 斐波那契数的实现算法及分析,标准化实验报告样本
fib
- 一个实现计算斐波那契数的汇编程序 含asm文件,课程作业只用
feibulaji
- 斐波那契数的实现算法及分析,标准化实验报告样本-Fibonacci realization algorithm and analysis of standardized test samples report
fib
- 一个实现计算斐波那契数的汇编程序 含asm文件,课程作业只用-The realization of the calculation of a Fibonacci containing the assembler asm file, coursework only
thread_pool
- 线程池调用实例—求斐波那契数(vs实现)-Examples of the thread pool to call- for Fibonacci (vs2005 )
fib
- 此文件夹有两种代码 一为普通方法叠加 得出第n个斐波那契数 另一个用递归的方式得出-This folder there are two kinds of code to a draw for the general method of superposition of the first n-Fibonacci another way to draw recursive
ALGORITHM
- 用多种方法计算斐波那契数,有矩阵算法,递归算法等。-yeah ,it is really good!!!
fib
- 用递归的方法求斐波那契数的第24项(N=24),并将结果用十进制显示出来-With a recursive method to solve the Fibonacci section 24 (N = 24), and the results are displayed in decimal
Fibonacci
- 斐波那契数的三种方法性能比较,分别是矩阵法,自底向上法和直接递归法-three fibonacci methods
Fibonacci
- 计算通过3种方法计算高位,斐波那契数,简洁明了。逐项递归法,对分递归法和公式计算法-Calculated by three methods calculating high, Fibonacci numbers, concise. One by one recursion, recursive methods and formulas for points calculation
Fibonacci-Numbers
- 四种方式求斐波那契数,矩阵法、递归、迭代、公式-compute Fibonacci in four ways
fibonacci
- 实现大整数或超大整数斐波那契数的输出(使用类和大整数加法实现).-Easily print the big Fibonacci numbers.
Dynamic-Fibonacci
- 动态规划计算斐波那契数(后一个数等于前面两个数的和)1,1,2,3,5,8,13,21,34,55,89,144…… -Dynamic programming computes Fibonacci numbers (after a number equal to the previous two numbers) 1,1,2,3,5,8,13,21,34,55,89,144 ......
feibonaqishulie
- 求出1000以内的斐波那契数的java小程序-Obtained within the 1000 Fibonacci numbers java applet
C_classical_src
- 平常练习的一些程序,比较基础,包括求斐波那契数、完数-Some of the usual practice procedures, more infrastructure, including seeking Fibonacci numbers, number, etc. End
fib递归
- 利用递归求得第m项的斐波那契数并输出m的值(The item M and m using recursive Fibonacci number output value)
斐波那契数
- 斐波那契数,能够求1-n的斐波那契数列以及时间,通过输入一个数值n,即可从1-n输出数列和所需时间。(Fibonacci, can 1-N the Fibonacci sequence and time, through a numerical input n can be output from the 1-n sequence and the time required.)
斐波那契数列
- 能够实现斐波那契数列,阿特姆郎数和汉诺塔游戏步骤的产生,用PYTHON语言编写,简介实用(Which can realize the Fibonacci sequence)
Desktop
- 斐波那契数是0、1、1、2、3、5、8、13、21,用递归方法可以定义为F0=0,F1=1,Fn=F(n-1)+F(n-2)(n>=2,n∈N*),此程序作用为算出第n个斐波那契数的数值并输出(Calculate the n value and output Fibonacci number)
fib.asm
- 输入两个数a、b,程序将会输出a、b之间(包括a、b)的斐波纳契数(Fibonacci by NASM with two inputs)