CPI Remote and Technology-Assisted Interpreting Flashcards
6 cards from real CPI practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 6 CPI Remote and Technology-Assisted Interpreting flashcards as text
Video Remote Interpreting (VRI) differs from Over-the-Phone Interpreting (OPI) primarily because VRI:
Answer: Transmits both audio and video, allowing interpreters to observe non-verbal cues and facial expressions
VRI adds a video channel to the audio, enabling interpreters to see and respond to body language, facial expressions, and visual context that OPI cannot capture.
The primary professional challenge of over-the-phone interpreting for a CPI is:
Answer: The complete absence of non-verbal communication cues such as body language and facial expressions
Phone interpreting eliminates the visual channel entirely, making it harder to gauge emotional tone, confirm understanding, and respond to non-verbal communication.
In remote interpreting, 'platform fatigue' refers to:
Answer: Mental and physical exhaustion caused by extended video-based interpreting sessions
Remote video interpreting increases cognitive load and physical strain compared to in-person work, leading to fatigue that accumulates more rapidly during extended sessions.
When a CPI encounters significant technical difficulties mid-session during remote interpreting, the best immediate action is to:
Answer: Notify all parties of the technical issue and pause until the connection is restored or an alternative is arranged
Professional standards require transparency with all parties when technical issues compromise interpretation quality, as accuracy cannot be guaranteed under poor conditions.
Professional guidelines recommend that remote simultaneous interpreters take a break approximately every:
Answer: 20–30 minutes
The higher cognitive demands of remote simultaneous interpreting mean fatigue accumulates faster than in traditional settings, necessitating breaks every 20–30 minutes.
'Relay interpreting' is employed when:
Answer: No interpreter is available who can bridge the source and target language directly, requiring a pivot language intermediary
Relay interpreting uses a pivot language: interpreter A renders the source into a shared language, then interpreter B renders that shared language into the final target language.