Table 3 Lower and upper bounds of the decision variables in the multiobjective optimization problem.

From: Integrating regression and multiobjective optimization techniques to analyze scientific perception

Description

Decision variable

Type

Lower bound (\(l_i\))

Upper bound (\(u_i\))

Books

\(x_{1}\)

Binary

0

1

Radio

\(x_{2}\)

Binary

0

1

Other means

\(x_{3}\)

Binary

0

1

Benefits of S&T equal to damages

\(x_{4}\)

Binary

0

1

Benefits of S&T less than damages

\(x_{5}\)

Binary

0

1

Successful statements about S&T

\(x_{6}\)

Continuous

0

6

No financial support for science

\(x_{7}\)

Binary

0

1

No possibilities to support science

\(x_{8}\)

Binary

0

1

Scores to scientific techniques

\(x_{9}\)

Continuous

0

5

Scores to social science techniques

\(x_{10}\)

Continuous

0

5

Scores to pseudoscience techniques

\(x_{11}\)

Continuous

0

5

Political ideology

\(x_{12}\)

Continuous

1

10

Second level studies

\(x_{13}\)

Binary

0

1

University studies

\(x_{14}\)

Binary

0

1

High/very high S&T knowledge

\(x_{15}\)

Binary

0

1

Non-catholic religion

\(x_{16}\)

Binary

0

1

Atheist, agnostic or indifferent

\(x_{17}\)

Binary

0

1

Labourers

\(x_{18}\)

Binary

0

1

Small entrepreneurs, technicians and middle managers

\(x_{19}\)

Binary

0

1

Directors and professionals

\(x_{20}\)

Binary

0

1

Woman

\(x_{21}\)

Binary

0

1

Income (st)

\(x_{22}\)

Continuous

− 1.112

5.167

  1. They determine the range of values allowed for each of them.