The answer to this question would be "Licensing"
Answer:
latency
Explanation:
We could have latency if we want to record with a computer, and then we try to hear that record with the headphone.
This is an audio card's characteristic, this is a time between the input, in this case, Sarah recording, and the output Sarah's headphone.
The computer needs time to process the signal, and for that there is latency, but this depends on more of the operative system and the CPU in your computer than the audio card.
Answer:
My two arguments against the proposal are based on physical side effects and background noise interference.
Explanation:
To start with physical side effects, the use of speech recognition technology might make users experience physical discomfort. This is due to the fact that users who interact with the system by speaking for a long period would experience dry mouth, temporary loss of voice, vocal problems and muscle fatigue. In addition, the fact that users would always speak in an unnatural way to make the system interpret commands effectively could lead to voice strain.
Also, users need to be in a quiet environment before they can get the best out of speech recognition technology. This is because background noise can interfere with commands and create a mix-up which the system cannot interpret. In other words, when an environment is noisy, speech recognition technology would find it difficult to differentiate between users voice and background noise.
Technologies that allow for instant worldwide communication include mobile phones and internet access. Cell phones
, wireless devices and smart phones are technologies that have made global communication instant and more effective.
The internet and the development of digital technology (computer-based technology) in particular, have made the most significant impact on globalization.
Shareder Is the answer I put.
