Abstract — Automating the conversion of human-readable HTML tables into machine-readable relational tables will enable end-user query processing of the millions of data tables found on the web. Theoretically sound and experimentally successful methods for index-based segmentation, extraction of category hierarchies, and construction of a canonical table suitable for direct input to a relational database are demonstrated on 200 heterogeneous web tables. The methods are scalable: the program generates the 198 Access compatible CSV files in ~0.1s per table (two tables could not be indexed)
We present the design of a system for assembling a table from a few example rows by harnessing the h...
The Web contains a large number of relational HTML tables, which cover a multitude of different, oft...
The Web contains millions of relational HTML tables, which cover a multitude of different, often ver...
Automating the conversion of human-readable HTML tables into machine-readable relational tables will...
HTML tables represent a significant fraction of web data. The often complex headers of such tables a...
Reformatting information currently held in databases into HyperText Markup Language (HTML) pages sui...
The Web contains a wealth of information, and a key challenge is to make this information machine pr...
The World-Wide Web consists of a huge number of unstruc-tured documents, but it also contains struct...
Much of the world’s quantitative data reside in scattered web tables. For a meaningful role in Big D...
Much of the world’s quantitative data resides in scattered web tables. For a meaningful role in Big ...
With the growing popularity of the internet and the World Wide Web (Web), there is a fast growing de...
HTML tables on web pages ("web tables") have been used successfully as a data source for several app...
In recent years, researchers have recognized relational tables on the Web as an important source of ...
The World Wide Web has an enormous amount of useful data presented as HTML tables. These tables are ...
We present a method based on header paths for efficient and complete extraction of labeled data from...
We present the design of a system for assembling a table from a few example rows by harnessing the h...
The Web contains a large number of relational HTML tables, which cover a multitude of different, oft...
The Web contains millions of relational HTML tables, which cover a multitude of different, often ver...
Automating the conversion of human-readable HTML tables into machine-readable relational tables will...
HTML tables represent a significant fraction of web data. The often complex headers of such tables a...
Reformatting information currently held in databases into HyperText Markup Language (HTML) pages sui...
The Web contains a wealth of information, and a key challenge is to make this information machine pr...
The World-Wide Web consists of a huge number of unstruc-tured documents, but it also contains struct...
Much of the world’s quantitative data reside in scattered web tables. For a meaningful role in Big D...
Much of the world’s quantitative data resides in scattered web tables. For a meaningful role in Big ...
With the growing popularity of the internet and the World Wide Web (Web), there is a fast growing de...
HTML tables on web pages ("web tables") have been used successfully as a data source for several app...
In recent years, researchers have recognized relational tables on the Web as an important source of ...
The World Wide Web has an enormous amount of useful data presented as HTML tables. These tables are ...
We present a method based on header paths for efficient and complete extraction of labeled data from...
We present the design of a system for assembling a table from a few example rows by harnessing the h...
The Web contains a large number of relational HTML tables, which cover a multitude of different, oft...
The Web contains millions of relational HTML tables, which cover a multitude of different, often ver...