Yager proposed an algorithm to combine multi-agent preference orderings of several alternatives into a single consensus fused ordering, when the agents' importance is expressed through a rank-ordering and not a set of weights. This algorithm is simple and automatable but has some limitations which reduce its range of application, e.g., (i) preference orderings should not include incomparabilities between alternative and/or omissions of some of them, and (ii) the fused ordering may sometimes not reflect the majority of the multi-agent preference orderings. The aim of this article is to present an enhanced version of the Yager's algorithm, which overcomes the above limitations. Some practical examples support the description of the new algori...
Preference data are a particular type of ranking data where some subjects (voters, judges,...) expre...
Preference data are a particular type of ranking data where some subjects (voters, judges,...) expre...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
Yager proposed an algorithm to combine multi-agent preference orderings of several alternatives into...
This paper focuses on the problem of combining multi-agent preference orderings of different alterna...
This contribution focuses on the problem of combining multi-agent preference orderings of different ...
This contribution focuses on the problem of combining multi-agent preference orderings of different ...
The problem of aggregating multi-agent preference orderings has received considerable attention in m...
This paper focuses on the problem of combining multi-agent preference orderings of different alterna...
An interesting decision-making problem is that of aggregating multi-agent preference orderings into ...
Preference ordering structures are useful and popular tools to represent experts’ preferences in the...
A decision-making problem diffused in various practical contexts is that of aggregating multi-agent ...
An interesting decision-making problem is that of aggregating multi-agent preference orderings into ...
In group decision-making problems it is common to elicit preferences from human experts in the form ...
We consider how to combine the preferences of multiple agents despite the presence of incompleteness...
Preference data are a particular type of ranking data where some subjects (voters, judges,...) expre...
Preference data are a particular type of ranking data where some subjects (voters, judges,...) expre...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
Yager proposed an algorithm to combine multi-agent preference orderings of several alternatives into...
This paper focuses on the problem of combining multi-agent preference orderings of different alterna...
This contribution focuses on the problem of combining multi-agent preference orderings of different ...
This contribution focuses on the problem of combining multi-agent preference orderings of different ...
The problem of aggregating multi-agent preference orderings has received considerable attention in m...
This paper focuses on the problem of combining multi-agent preference orderings of different alterna...
An interesting decision-making problem is that of aggregating multi-agent preference orderings into ...
Preference ordering structures are useful and popular tools to represent experts’ preferences in the...
A decision-making problem diffused in various practical contexts is that of aggregating multi-agent ...
An interesting decision-making problem is that of aggregating multi-agent preference orderings into ...
In group decision-making problems it is common to elicit preferences from human experts in the form ...
We consider how to combine the preferences of multiple agents despite the presence of incompleteness...
Preference data are a particular type of ranking data where some subjects (voters, judges,...) expre...
Preference data are a particular type of ranking data where some subjects (voters, judges,...) expre...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...