Cognitive Processes in Interpreting
This topic studies the mental operations that allow interpreters to comprehend, store, and re-express messages under severe time pressure.
Definition
The study of the perceptual, memory, attentional, and language-production processes underlying real-time interpreting.
Scope
This topic covers the cognitive science of interpreting: working memory and attention, the coordination of comprehension and production in simultaneous interpreting, cognitive load and its management, the ear-voice span, and the expertise that distinguishes professionals from novices. It treats process-oriented models such as Gile's effort models and Seeber's cognitive-load models, and draws on bilingualism research and experimental methods. The treatment is descriptive and grounded in psycholinguistics.
Core questions
- How do interpreters comprehend and produce speech at the same time?
- What role does working memory play in interpreting?
- How is cognitive load distributed and managed during interpreting?
- What cognitive expertise distinguishes professional interpreters?
Key theories
- Effort models
- Gile's model of interpreting as competing processing efforts whose total demand can exceed available capacity, accounting for systematic errors when the interpreter is overloaded.
- Cognitive load models of simultaneous interpreting
- Seeber's refinement of how concurrent comprehension and production tasks impose load, drawing on multiple-resource theory to model when interference and overload occur.
History
Experimental study of interpreting began in the 1960s and 1970s with work on the ear-voice span and simultaneity, was systematized in Gile's effort models in the 1990s, and has since been enriched by bilingualism research, working-memory studies, and neuroimaging investigating the interpreting brain.
Debates
- How simultaneity is achieved
- Researchers debate how interpreters manage near-simultaneous listening and speaking—through serial switching, genuine parallel processing, or load-sharing strategies—and how working-memory capacity relates to interpreting skill.
Key figures
- Daniel Gile
- Kilian Seeber
- Ingrid Christoffels
- Annette de Groot
Related topics
Seminal works
- gile2009
- christoffels2005
- seeber2011
Frequently asked questions
- What is the ear-voice span?
- The ear-voice span is the time lag between hearing a portion of the source speech and producing its interpretation, a key measure in studies of simultaneous interpreting.
- Why is simultaneous interpreting so cognitively demanding?
- It requires listening, comprehending, storing, and producing speech in another language all at once, taxing attention and working memory close to their limits.