In this paper we propose a new ranking algorithm based on Swarm Intelligence, more specifically on the Ant Colony Optimization technique, to improve search engines’ performances and reduce the information overload by exploiting users’ collective behavior. We designed an online evaluation involving end users to test our algorithm in a real-world scenario dealing with informational queries. The development of a fully working prototype – based on the Wikipedia search engine – demonstrated promising preliminary results. © Springer International Publishing Switzerland 2016
The Web has been growing in size and with the proliferation of large-scale collaborative computing e...
Recommender systems should be able to handle highly sparse training data that continues to change ov...
This thesis investigates the use of novel genetic and swarm intelligence algorithms to increase perf...
In this paper we propose a new ranking algorithm based on Swarm Intelligence, more specifically on t...
A new ranking algorithm is here proposed, besed on Swarm Intelligence, more specifically on ACO-ANT ...
We propose an approach based on Swarm Intelligence - more specifically on Ant Colony Optimization (A...
Abstract: In this paper, a web search algorithm is proposed, which aims to enhance the amount of the...
In this paper, we present an adaptive and scalable Web search system, based on a multi-agent reactiv...
Humans make lot of decisions in their day-to-day life. In order to make right decisions they need mo...
The world wide web is growing in size and with the proliferation of large-scale collaborative comput...
Search engines have become much more interactive in recent years which has triggered a lot of work i...
Optimization is very important to the success of any business. One technique for solving optimizatio...
Search engines have become much more interactive in recent years which has triggered a lot of work i...
This paper surveys the intersection of two fascinating and increasingly popular domains: swarm intel...
With the exponentially growing amount of information available on the Internet, retrieving web pages...
The Web has been growing in size and with the proliferation of large-scale collaborative computing e...
Recommender systems should be able to handle highly sparse training data that continues to change ov...
This thesis investigates the use of novel genetic and swarm intelligence algorithms to increase perf...
In this paper we propose a new ranking algorithm based on Swarm Intelligence, more specifically on t...
A new ranking algorithm is here proposed, besed on Swarm Intelligence, more specifically on ACO-ANT ...
We propose an approach based on Swarm Intelligence - more specifically on Ant Colony Optimization (A...
Abstract: In this paper, a web search algorithm is proposed, which aims to enhance the amount of the...
In this paper, we present an adaptive and scalable Web search system, based on a multi-agent reactiv...
Humans make lot of decisions in their day-to-day life. In order to make right decisions they need mo...
The world wide web is growing in size and with the proliferation of large-scale collaborative comput...
Search engines have become much more interactive in recent years which has triggered a lot of work i...
Optimization is very important to the success of any business. One technique for solving optimizatio...
Search engines have become much more interactive in recent years which has triggered a lot of work i...
This paper surveys the intersection of two fascinating and increasingly popular domains: swarm intel...
With the exponentially growing amount of information available on the Internet, retrieving web pages...
The Web has been growing in size and with the proliferation of large-scale collaborative computing e...
Recommender systems should be able to handle highly sparse training data that continues to change ov...
This thesis investigates the use of novel genetic and swarm intelligence algorithms to increase perf...