Language and Technology Lab
As the director of the Language and Technology Lab at the University of Iceland, I work with a great team of people. Our group works at the intersection of Language and Technology, focusing on automated assistance for language use (such as proofreading), corpora (especially treebanks) and parsing, Language Technology infrastructure, and the interfaces between language, society, and technology. We emphasize work that is related to the Icelandic language but the methods we use are in general language-independent.
The following people work at the lab:
Hinrik Hafsteinsson
Software Development
Tinna Frímann Jökulsdóttir
PhD Student
Lilja Björk Stefánsdóttir
Project Manager
Elena Callegari
Postdoc
Þórunn Arnardóttir
Project Manager
Ragnhildur Ósk Sævarsdóttir
RA
Xindan Xu
RA
Isidora Glišić
MA student
Sigríður Láretta Jónsdóttir
RA
Andri Pétur Dalmar Dagnýjarson
RA
Current lab members (Updated September 2020):
- Andri Pétur Dalmar Dagnýjarson (RA)
- Þórunn Arnardóttir (Project Manager)
- Elena Callegari (Postdoc)
- Hinrik Hafsteinsson (Software Development)
- Isidora Glišić (MA Student)
- Ragnhildur Ósk Sævarsdóttir (RA)
- Atli Jasonarson (MA Student; from October, 2020)
- Sigríður Láretta Jónsdóttir (RA)
- Tinna Frímann Jökulsdóttir (PhD Student)
- Lilja Björk Stefánsdóttir (Project Manager)
- Xindan Xu (RA)
- Dagbjört Guðmundsdóttir (RA)
Recent lab members:
- Hugrún Lind Hafsteinsdóttir (RA; spring 2020)
- Agnes Sólmundsdóttir (RA)
- Selma Margrét Sverrisdóttir (RA)
- Steinunn Rut Friðriksdóttir (MA student; spring 2020)
- Þóra Björk Þórðardóttir (RA)
English: Language and Technology = Icelandic: Mál og tækni
The name of the lab refers to both Language and Technology for a reason. We use our knowledge of linguistics to implement Language Technology solutions and we also use our knowledge of technology to implement novel types of research methods in linguistics. Some of our projects involve creating research infrastructure that makes it possible to do complex quantitative studies in much more efficient ways than earlier methods would have allowed.