As supervised machine learning methods for addressing tasks in natural language process-ing (NLP) prove increasingly viable, the fo-cus of attention is naturally shifted towards the creation of training data. The manual annota-tion of corpora is a tedious and time consum-ing process. To obtain high-quality annotated data constitutes a bottleneck in machine learn-ing for NLP today. Active learning is one way of easing the burden of annotation. This pa-per presents a first probe into the NLP research community concerning the nature of the anno-tation projects undertaken in general, and the use of active learning as annotation support in particular.
In this paper we review some Active Learning experimental results in order to set up the basis for d...
Many natural language processing systems rely on machine learning models that are trained on large a...
We present ALAMBIC, an open-source dockerized web-based platform for annotating text data through ac...
As supervised machine learning methods for addressing tasks in natural language processing (NLP) pro...
Active learning is a supervised machine learning technique in which the learner is in control of the...
This paper presents TEXTPRO-AL (Active Learning for Text Processing), a platform where human annotat...
In natural language acquisition, it is di#- cult to gather the annotated data needed for supervise...
In natural language acquisition, it is difficult to gather the annotated data needed for supervised ...
In natural language acquisition, it is difficult to gather the annotated data needed for supervised ...
The key idea behind active learning is that a machine learning algorithm can achieve greater accurac...
AbstractSupervised machine learning methods for clinical natural language processing (NLP) research ...
Despite the availability and ease of collecting a large amount of free, unlabeled data, the expensiv...
Active learning has been applied to different NLP tasks, with the aim of limiting the amount of time...
Abstract Background Active learning (AL) has shown the promising potential to minimize the annotatio...
Active learning reduces annotation costs for supervised learning by concentrating labelling efforts ...
In this paper we review some Active Learning experimental results in order to set up the basis for d...
Many natural language processing systems rely on machine learning models that are trained on large a...
We present ALAMBIC, an open-source dockerized web-based platform for annotating text data through ac...
As supervised machine learning methods for addressing tasks in natural language processing (NLP) pro...
Active learning is a supervised machine learning technique in which the learner is in control of the...
This paper presents TEXTPRO-AL (Active Learning for Text Processing), a platform where human annotat...
In natural language acquisition, it is di#- cult to gather the annotated data needed for supervise...
In natural language acquisition, it is difficult to gather the annotated data needed for supervised ...
In natural language acquisition, it is difficult to gather the annotated data needed for supervised ...
The key idea behind active learning is that a machine learning algorithm can achieve greater accurac...
AbstractSupervised machine learning methods for clinical natural language processing (NLP) research ...
Despite the availability and ease of collecting a large amount of free, unlabeled data, the expensiv...
Active learning has been applied to different NLP tasks, with the aim of limiting the amount of time...
Abstract Background Active learning (AL) has shown the promising potential to minimize the annotatio...
Active learning reduces annotation costs for supervised learning by concentrating labelling efforts ...
In this paper we review some Active Learning experimental results in order to set up the basis for d...
Many natural language processing systems rely on machine learning models that are trained on large a...
We present ALAMBIC, an open-source dockerized web-based platform for annotating text data through ac...