Trigonometrically Constrained Problems



 
 
Test N.
Problem Description / Title-Author
Classification
N. of Variables
N. of Cons
N. of Linear Cons
N. of Non-linear Cons
AMPL Model
First Found Result
N. of known solutions
1

CTR2-ANI-4-4
4
4
3
1

2

CTR2-ANI-4-5
4
5
3
2

3

CTR2-ANI-4-1
4
1
0
1

4

CTR2-ANI-10-1
10
1
0
1

5

CTR2-ANI-10-3
10
3
2
1

6
"A Global Minimization Method: the Multi-Dimensional Case "
C. Jansson and O. Knueppel (1992)
CTR2-ANI-2-5
2
5
4
1
branin.mod
branin.mod.res
 
7
This model finds the filter weights for a finite impulse response (FIR) filter
CTR2-ANI-11-241
11
241
1
240
fir_convex.mod
fir_convex.mod.res

8
"A Global Minimization Method: the Multi-Dimensional Case "
C. Jansson and O. Knueppel (1992)
CTSD-ANI-2-1
2
1
0
1
griewank.mod
griewank.mod.res
 
9
 
CTR2-ANI-4-13
4
13
10
3
h74.mod

10
 
CTR2-ANI-4-14
4
14
6
8
h75.mod

11
 
CTR2-ANI-5-3
5
3
0
3
h77.mod
infeasible problem or bad starting guess h77.mod.res

12
Test Examples for Nonlinear Programming Codes
W. Hock and K. Schittkowski (1981)
CTR2-MYI-9-18
9
18
9
9
hs109.mod
hs109.mod.res

13
Test Examples for Nonlinear Programming Codes 
W. Hock and K. Schittkowski (1981)
CTI0-ANI-6-5
6
5
1
4
hs87.mod

14
Maximum area for unit-diameter polygon of N sides
 CTR2-ANI-12-22
12
22
7
15
pgon.mod
pgon.mod.res

15
 
CTSD-ANI-21-3
21
3
2
1
polygon.mod
polygon.mod.res
 
16
 
CTR2-ANI-6-6
6
6
0
6
realkin.mod
infeasible problem or bad starting guess realkin.mod.res

17
 
CTR2-ANI-3-2
3
2
1
1
tf12.mod
 tf12.mod.res

18
Truss Design
CTR2-ANI-2-10
2
10
2
8
TrussDesign01.mod

19
Truss Design CTR2-ANI-5-10
5
10
2
8
TrussDesign-full.mod

20

CTR2-ANU-2002-2004
2002
2004
2003
1
yao.mod
Exceeds limit of 300 vars/cons

21
 
CTR2-ANI-64-67
64
67
46
21
zigzag.mod