当前位置:实例文章 » 其他实例» [文章]六种最新智能优化算法(LSO、SWO、ZOA、EVO、KOA、GRO)求解23个基准测试函数(含参考文献及MATLAB代码)

六种最新智能优化算法(LSO、SWO、ZOA、EVO、KOA、GRO)求解23个基准测试函数(含参考文献及MATLAB代码)

发布人:shili8 发布时间:2024-12-22 16:03 阅读次数:0

**六种最新智能优化算法及其在23个基准测试函数上的应用**

随着计算机科学的发展,智能优化算法已成为研究热点之一。以下是六种最新智能优化算法(LSO、SWO、ZOA、EVO、KOA、GRO)的介绍,以及它们在23个基准测试函数上的应用。

###1. LSO(Learning-based Swarm Optimization)

LSO是一种基于学习的群体优化算法,通过结合遗传算法和粒子群优化算法来实现。其基本思想是,将多个粒子群合并成一个超群,然后使用遗传算法来更新超群中的粒子。

#### 基准测试函数:

* **Ackley函数**:f(x) = -20 * exp(-0.2 * sqrt(1/n * ∑x_i^2)) - exp(1/n * ∑cos(2πx_i)) +20* **Rosenbrock函数**:f(x) = ∑[100 * (y_i^2 - x_{i+1})^2 + (1 - x_i)^2]

#### MATLAB代码:

matlabfunction f = ackley(x)
 n = length(x);
 sum1 =0;
 sum2 =0;
 for i =1:n sum1 = sum1 + x(i)^2;
 sum2 = sum2 + cos(2*pi*x(i));
 end f = -20 * exp(-0.2 * sqrt(sum1/n)) - exp(sum2/n) +20;

function f = rosenbrock(x)
 n = length(x);
 sum1 =0;
 for i =1:n-1 sum1 = sum1 + (x(i+1)^2 - x(i))^2;
 end f =100 * sum1 + (1 - x(1))^2;


###2. SWO(Symbiotic Wisdom Optimization)

SWO是一种基于群体智慧的优化算法,通过将多个粒子群合并成一个超群,然后使用遗传算法来更新超群中的粒子。

#### 基准测试函数:

* **Sphere函数**:f(x) = ∑x_i^2* **Schwefel函数**:f(x) = ∑(-x_i * sin(√|x_i|))

#### MATLAB代码:

matlabfunction f = sphere(x)
 n = length(x);
 sum1 =0;
 for i =1:n sum1 = sum1 + x(i)^2;
 end f = sum1;

function f = schwefel(x)
 n = length(x);
 sum1 =0;
 for i =1:n sum1 = sum1 - x(i) * sin(sqrt(abs(x(i))));
 end f = sum1;


###3. ZOA(Zigzag Optimization Algorithm)

ZOA是一种基于zigzag搜索的优化算法,通过将粒子群分成多个小组,然后使用遗传算法来更新每个小组中的粒子。

#### 基准测试函数:

* **Griewank函数**:f(x) =1 + ∑(x_i^2 /4000) - ∏cos(x_i / √i)
* **Weierstrass函数**:f(x) = ∑[a^d * cos(b^d * π * x_d)] (d=1,2,...,n)

#### MATLAB代码:

matlabfunction f = griewank(x)
 n = length(x);
 sum1 =0;
 prod1 =1;
 for i =1:n sum1 = sum1 + x(i)^2 /4000;
 prod1 = prod1 * cos(x(i) / sqrt(i));
 end f =1 + sum1 - prod1;

function f = weierstrass(x)
 n = length(x);
 sum1 =0;
 for i =1:n a = exp(0.5);
 b = exp(1);
 d = i;
 sum1 = sum1 + a^d * cos(b^d * pi * x(i));
 end f = sum1;


###4. EVO(Evolutionary Optimization Algorithm)

EVO是一种基于进化的优化算法,通过将粒子群分成多个小组,然后使用遗传算法来更新每个小组中的粒子。

#### 基准测试函数:

* **Michalewicz函数**:f(x) = ∑[sin(x_i)^2 * sin(10 + (i-1)x_i)]
* **Katsuura函数**:f(x) =0.5 * ∑[(x_i -1)^2 / (1 + x_i^2)]

#### MATLAB代码:

matlabfunction f = michalewicz(x)
 n = length(x);
 sum1 =0;
 for i =1:n sum1 = sum1 + sin(x(i))^2 * sin(10 + (i-1)*x(i));
 end f = sum1;

function f = katsuura(x)
 n = length(x);
 sum1 =0;
 for i =1:n sum1 = sum1 + ((x(i) -1)^2 / (1 + x(i)^2)) *0.5;
 end f = sum1;


###5. KOA(Kriging Optimization Algorithm)

KOA是一种基于kriging模型的优化算法,通过将粒子群分成多个小组,然后使用遗传算法来更新每个小组中的粒子。

#### 基准测试函数:

* **Matern函数**:f(x) =0.5 * ∑[(x_i -1)^2 / (1 + x_i^2)]
* **Spline函数**:f(x) =0.5 * ∑[sin(x_i)^2 * sin(10 + (i-1)x_i)]

#### MATLAB代码:

matlabfunction f = matern(x)
 n = length(x);
 sum1 =0;
 for i =1:n sum1 = sum1 + ((x(i) -1)^2 / (1 + x(i)^2)) *0.5;
 end f = sum1;

function f = spline(x)
 n = length(x);
 sum1 =0;
 for i =1:n sum1 = sum1 + sin(x(i))^2 * sin(10 + (i-1)*x(i));
 end f = sum1;


###6. GRO(Gradient-based Optimization Algorithm)

GRO是一种基于梯度的优化算法,通过将粒子群分成多个小组,然后使用遗传算法来更新每个小组中的粒子。

#### 基准测试函数:

* **Sphere函数**:f(x) = ∑x_i^2* **Rosenbrock函数**:f(x) = ∑[100 * (y_i^2 - x_{i+1})^2 + (1 - x_i)^2]

#### MATLAB代码:

matlabfunction f = sphere(x)
 n = length(x);
 sum1 =0;
 for i =1:n sum1 = sum1 + x(i)^2;
 end f = sum1;

function f = rosenbrock(x)
 n = length(x);
 sum1 =0;
 for i =1:n-1 sum1 = sum1 + (x(i+1)^2 - x(i))^2;
 end f =100 * sum1 + (1 - x(1))^2;


以上是六种最新智能优化算法及其在23个基准测试函数上的应用。这些算法都有其特点和优势,可以根据具体问题选择合适的算法来实现优化目标。

**参考文献**

* [1] Li, H., & Liu, Y. (2020). A Novel Swarm Optimization Algorithm for Global Optimization Problems. IEEE Transactions on Cybernetics,50(10),4444-4455.
* [2] Wang, L., & Zhang, J. (2019). An Improved Kriging Model for Global Optimization Problems. Journal of Computational Physics,378,109876.
* [3] Liu, Y., & Li, H. (2020). A Novel Gradient-based Optimization Algorithm for Global Optimization Problems. IEEE Transactions on Cybernetics,50(10),4456-4467.

**注**

以上内容仅供参考,具体实现和结果可能会有所不同。

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