Background

EMOTIVE is a specialist analytics service for extracting and detecting fine-grained emotions in social-media posts. Our state-of-the-art semantically driven engine is unique amongst existing approaches. It can analyse thousands of posts a second to extract the presence of eight basic emotions: anger, disgust, fear, happiness, sadness, surprise, shame and confusion, and much more.


 


Natural Language Processing 

 Natural Language Processing
 

Deeper analysis of social media posts through a unique pipeline that tokenises, tags, using ‘parts of speech’ recognition technology, and translates emoticons.   

Bot Detection

 Bot Detection 

Detect bots using a combination of technology and human intervention through our veracity checking service.

 

 

Geo-mapping

Geo-mapping
 

Geo-locate social media posts through embedded geo-tags in social media posts and through account details inference to provide the context and weighted relevance of the social media posts. 

Machine learning AI

Machine learning AI
 

Detect vernacular changes and automatically revise the NLP, so even if your customers’ language changes, EMOTIVE can still understand it.

 

Data source sifting & direction

Data source sifting & direction


 

Remove SPAM and noise from analysis to provide a clearer picture of the customers emotions towards the product or service.

Ontology: Emotion Analysis

 

Ontology based emotional analysis 
 

Detect 8 different cross cultural emotions through leading edge EMOTIVE ontologies that capture and classifies consumers’ emotions. 

Reports

An extensive set of reports with insight on the campaign will be made available to individual clients.


Processing speed

Our program and the entire natural language parsing engine were optimised for big data, so that potentially all UK based Tweets comming in each second can be processed. The analysis can be further scaled on a per client basis to cover the enitre world, which represents around 10,000 tweets/sec.

Performance

EMOTIVE has been extensively tested and evaluated, achieving an F-measure - a measure commonly used to evaluate the performance of these types of systems - of 0.96, the best that has been reported for such a task.


Academic Research