article_snippet.sent: Useing a process known as 'natural language generation' (NLG), it has the potential to one day be used in humanoid robots on our TV screens.
article_snippet.sent: a human uses a process known as 'natural language generation' (NLG)
article_snippet.sent: NLG is the process of producing readable texts in English, or other languages, automatically on a computer.
article_snippet.sent: NLG is the process of producing readable texts in English, or other languages, automatically on a computer.
article_snippet.sent: Alternatively, NLG will rephrase a block of texts to make a block of texts easier to read and understand.
article_snippet.sent: a block of texts is often referred to as a translator that converts computer speak into natural language, which is tricky for computers due to variances in tone and grammar.
article_snippet.sent: Alternatively, NLG will rephrase a block of text to make it easier to read and understand.
article_snippet.sent: it is often referred to as a translator that converts computer speak into natural language, which is tricky for computers due to variances in tone and grammar.
article_snippet.sent: The project is called Domain-Independent Language Generation (DILiGENt) and is being run by Dr Verena Rieser from Heriot-Watt University's School of Mathematical and Computer Science, with Dr Andreas Vlachos and Dr Sebastian Riedel from the Computer Science department at University College London. '
highlights_snippet.sent: This process is known as 'natural language generation' (NLG)
  