International audienceBiomedical named entity recognition (NER) is a challenging problem. In this paper, we show that mining techniques, such as sequential pattern mining and sequential rule mining, can be useful to tackle this problem but present some limitations. We demonstrate and analyse these limitations and introduce a new kind of pattern called LSR pattern that offers an excellent trade-off between the high precision of sequential rules and the high recall of sequential patterns. We formalise the LSR pattern mining problem first. Then we show how LSR patterns enable us to successfully tackle biomedical NER problems. We report experiments carried out on real datasets that underline the relevance of our proposition
Named entity recognition (NER) is an essential step in the process of information extraction within ...
Finding frequent sequential patterns has been defined as finding ordered list of items that occur mo...
As vast amounts of unstructured data are becoming available digitally, computer-based methods to ext...
International audienceBiomedical named entity recognition (NER) is a challenging problem. In this pa...
International audienceExtraction of named entity relations in textual data is an important challenge...
To extract important concepts (named entities) from clinical notes, most widely used NLP task is nam...
As new high-throughput technologies have created an explosion of biomedical literature, there arises...
Elsevier use only: Received date here; revised date here; accepted date here As new high-throughput ...
Named Entities (NEs) in biomedical text refer to objects that are of interest to biomedical research...
An accurate Named Entity Recognition (NER) is important for knowledge discovery in text mining. This...
Revised selected paper of the LTC'2011 conferenceInternational audienceMany evaluation campaigns hav...
AbstractNamed entity recognition is a crucial component of biomedical natural language processing, e...
International audienceIn this paper, we tackle the issue of symptom recognition for rare diseases in...
International audienceIn this paper, we tackle the issue of symptom recognition for rare diseases in...
Medical Named Entity Recognition (MedNER) is an indispensable task in biomedical text mining. NER ai...
Named entity recognition (NER) is an essential step in the process of information extraction within ...
Finding frequent sequential patterns has been defined as finding ordered list of items that occur mo...
As vast amounts of unstructured data are becoming available digitally, computer-based methods to ext...
International audienceBiomedical named entity recognition (NER) is a challenging problem. In this pa...
International audienceExtraction of named entity relations in textual data is an important challenge...
To extract important concepts (named entities) from clinical notes, most widely used NLP task is nam...
As new high-throughput technologies have created an explosion of biomedical literature, there arises...
Elsevier use only: Received date here; revised date here; accepted date here As new high-throughput ...
Named Entities (NEs) in biomedical text refer to objects that are of interest to biomedical research...
An accurate Named Entity Recognition (NER) is important for knowledge discovery in text mining. This...
Revised selected paper of the LTC'2011 conferenceInternational audienceMany evaluation campaigns hav...
AbstractNamed entity recognition is a crucial component of biomedical natural language processing, e...
International audienceIn this paper, we tackle the issue of symptom recognition for rare diseases in...
International audienceIn this paper, we tackle the issue of symptom recognition for rare diseases in...
Medical Named Entity Recognition (MedNER) is an indispensable task in biomedical text mining. NER ai...
Named entity recognition (NER) is an essential step in the process of information extraction within ...
Finding frequent sequential patterns has been defined as finding ordered list of items that occur mo...
As vast amounts of unstructured data are becoming available digitally, computer-based methods to ext...