一种利用改进麻雀搜索算法的中央空调系统节能控制方法
熊磊, 苗雨润, 范新舟, 姚晔
Energy-Saving Control of Central Air-Conditioning System Based on an Improved-SSA
XIONG Lei, MIAO Yurun, FAN Xinzhou, YAO Ye
表1
ISSA测试函数
Tab.1
Test functions of ISSA
测试函数
范围
最小值
F
1
(
s
)
=
∑
α
=
1
δ
s
α
2
[-100, 100]
0
F
2
(
s
)
=
∑
α
=
1
δ
|
s
α
|
+
∏
α
=
1
δ
|
s
α
|
[-10, 10]
0
F
3
(
s
)
=
∑
α
=
1
δ
∑
ψ
=
1
α
s
ψ
2
[-100, 100]
0
F
4
(
s
)
=
m
a
x
α
{
|
s
α
|
,
1
≤
α
≤
δ
}
[-100, 100]
0
F
5
(
s
)
=
∑
α
=
1
δ
(
s
α
+
0.5
)
2
[-100, 100]
0
F
6
(
s
)
=
∑
α
=
1
δ
-
1
[
100
(
s
α
+
1
-
s
α
2
)
2
+
(
s
α
-
1
)
2
]
[-30, 30]
0
F
7
(
s
)
=
∑
α
=
1
δ
|
s
α
|
α
+
1
[-1, 1]
0
F
8
(
s
)
=
∑
α
=
1
δ
s
α
2
+
∑
α
=
1
δ
(
s
α
/
2
)
2
+
∑
α
=
1
δ
(
s
α
/
2
)
4
[-5, 5]
0
F
9
(
s
)
=
∑
α
=
1
δ
(
s
α
2
-
10
c
o
s
2
π
s
α
+
10
)
[-5.12, 5.12]
0
F
10
(
s
)
=
1
4000
∑
α
=
1
δ
s
α
2
-
∏
α
=
1
δ
c
o
s
s
α
α
+
1
[-600, 600]
0
F
11
(
s
)
=
-
20
e
x
p
-
0.2
1
δ
∑
α
=
1
δ
s
α
2
-
e
x
p
1
n
∑
α
=
1
δ
c
o
s
2
π
s
α
+
20
+
e
[-32, 32]
0
F
12
(
s
)
=
π
δ
[
10
s
i
n
π
y
1
+
∑
α
=
1
δ
-
1
(
y
α
-
1
)
2
(
1
+
10
s
i
n
2
π
y
α
+
1
)
]
+
∑
i
=
1
δ
u
α
[-50, 50]
0
y
α
=
1
+
s
α
+
1
4
,
u
α
=
100
(
s
α
-
10
)
4
,
s
α
>
10
0
,
-
10
≤
s
α
≤
10
100
(
-
s
α
-
10
)
4
,
s
α
<
-
10
[-50, 50]
0