People make comprehension easier by predicting upcoming language. We might therefore expect prediction to occur during the extremely difficult task of simultaneous interpreting. This paper examines the theoretical and empirical foundations of this premise. It reviews accounts of prediction during comprehension in both monolinguals and bilinguals, and discusses these theories in light of experimental data (e.g., using the visual-world paradigm). It considers how these accounts may be applied to the unique and ecologically valid context of simultaneous interpreting, when two languages are used concurrently, one overtly engaging the comprehension system, and the other overtly engaging the production system. It then posits a role for the production system in prediction during comprehension and develops a theoretical framework for prediction-by-production in simultaneous interpreting that has implications for our understanding of prediction during language comprehension.

The attitudes of interpreters providing video remote conference interpreting during the 2014 FIFA World Cup™ was analyzed using a mixed-methods approach. Quantitative and qualitative data pertaining to six deductive categories (general and specific attitudes towards remote interpreting, attitudes towards the work environment and the workspace, psychological and physiological wellbeing) were collected. Online questionnaires were completed both before and after the event and structured interviews were conducted on site during the event. Triangulation of results corroborates the technical feasibility of video remote interpreting, whilst highlighting aspects with a high potential to shape interpreters’ attitudes towards it. The quality of the technical team on site along with the availability of visual input in the entire conference room (including all speakers taking the floor) is key to offsetting the feeling of alienation or lack of immersion experienced by interpreters working with this technical setup. Suggestions for the improvement of key parameters are provided.

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Prediction is often used during language comprehension. However, studies of prediction have tended to focus on L1 listeners in quiet conditions. Thus, it is unclear how listeners predict outside the laboratory and in specific communicative settings. Here, we report two eye-tracking studies which used a visual-world paradigm to investigate whether prediction during a consecutive interpreting task differs from prediction during a listening task in L2 listeners, and whether L2 listeners are able to predict in the noisy conditions that might be associated with this communicative setting. In a first study, thirty-six Dutch-English bilinguals either just listened to, or else listened to and then consecutively interpreted, predictable sentences presented on speech-shaped sound. In a second study, another thirty-six Dutch-English bilinguals carried out the same tasks in clear speech. Our results suggest that L2 listeners predict the meaning of upcoming words in noisy conditions. However, we did not find that predictive eye movements depended on task, nor that L2 listeners predicted upcoming word form. We also did not find a difference in predictive patterns when we compared our two studies. Thus, L2 listeners predict in noisy circumstances, supporting theories which posit that prediction regularly takes place in comprehension, but we did not find evidence that a subsequent production task or noise affects semantic prediction.