Clustering of very large document databases is essential to reduce the spacehime complexity of information retrieval. The periodic updating of clusters is required due to the dynamic nature of databases. An algorithm for incremental clustering at discrete times is introduced, Its complexity and cost analysis and an investigation of the expected behavior of the algorithm are provided. Through empirical testing, it is shown that the algorithm is achieving its purpose in terms of being cost effective, generating statistically valid clusters that are compatible with those of reclustering, and providing effective information retrieval
It is widely accepted that, with large databases, the key to good performance is effective data-clus...
It is widely accepted that, with large databases, the key to good performance is effective data-clus...
With the size and state of the Internet today, a good quality approach to organizing this mass of in...
AbstractIn dynamic information environments such as the web, the amount of information is rapidly in...
AbstractIn dynamic information environments such as the web, the amount of information is rapidly in...
In dynamic information environments such as the web, the amount of information is rapidly increasing...
Motivated by applications such as document and image classification in information retrieval, we con...
For clustering accuracy, on influx of data, the parameter-free incremental clustering research is es...
We present and analyze the star clustering algorithm. We discuss an implementation of this algorithm...
It is critical that we discover tools to automatically arrange these huge collections of files. Repo...
This paper discusses the issues involved in the design of a complete information retrieval system ba...
Searching hierarchically clustered document collections can be effective, but creating the cluster ...
We present and analyze the off-line star algorithm for clustering static information systems and the...
For clustering accuracy, on influx of data, the parameter-free incremental clustering research is es...
This work addresses the problem of reducing the time between query submission and results output in ...
It is widely accepted that, with large databases, the key to good performance is effective data-clus...
It is widely accepted that, with large databases, the key to good performance is effective data-clus...
With the size and state of the Internet today, a good quality approach to organizing this mass of in...
AbstractIn dynamic information environments such as the web, the amount of information is rapidly in...
AbstractIn dynamic information environments such as the web, the amount of information is rapidly in...
In dynamic information environments such as the web, the amount of information is rapidly increasing...
Motivated by applications such as document and image classification in information retrieval, we con...
For clustering accuracy, on influx of data, the parameter-free incremental clustering research is es...
We present and analyze the star clustering algorithm. We discuss an implementation of this algorithm...
It is critical that we discover tools to automatically arrange these huge collections of files. Repo...
This paper discusses the issues involved in the design of a complete information retrieval system ba...
Searching hierarchically clustered document collections can be effective, but creating the cluster ...
We present and analyze the off-line star algorithm for clustering static information systems and the...
For clustering accuracy, on influx of data, the parameter-free incremental clustering research is es...
This work addresses the problem of reducing the time between query submission and results output in ...
It is widely accepted that, with large databases, the key to good performance is effective data-clus...
It is widely accepted that, with large databases, the key to good performance is effective data-clus...
With the size and state of the Internet today, a good quality approach to organizing this mass of in...