Review Article Effects of noise on speech recognition: Challenges for communication by service members

Noise influencing communications has a disproportionate effect on soldiers working in noisy environments

Effective communication loss affects service member's mortality rate and mortality rate

Hearing impairment increases the masking effect of background noise on speech, especially when the noise fluctuates

Multiple voice noise tests are available; there is not enough data to support examples of specific best practices

A person with "normal hearing" may have unexpected problems due to peripheral or central processing defects

Voice communication usually occurs in a noisy environment; this is an immediate problem for military personnel who must communicate in a noisy environment. The influence of noise in speech recognition greatly depends on the source of noise, the number and type of speakers, and the listener's hearing ability. In this review, voice communication was first described as it relates to the current standard of hearing assessment for military and civilian people. In the next section, we classify the type of noise (aka mask) based on the time characteristic (stability or variation) of the noise and the perceived effect (energy or information masking). Next, summarize the difficulty of speech recognition experienced by hearing impaired people and the elderly, and explain problems related to possible causes of noise problems, including recent recommendations on "hidden hearing loss". In the last section, military and civilian researchers, audiologists, and hearing technicians evaluate individual performance in speech recognition of background noise and predict performance based on the curves of audience and background noise I will explain the test to use. This article outlines the challenges associated with voice communication in noisy situations and explains the evaluation and potential impact on functional performance and notes the direction of important new research related not only to military officials but also to employees We provide guidance on. Working in a noisy environment

In this paper, we examine the effects of noise on patients and healthcare providers, (2) analyze the patterns, media and performance of the universal communication mechanism of the education department, (3) reduce environmental noises, I will propose a strategy to improve communication. And how to evaluate the impact of these strategies. Emergency department noise and communication failure Dugdale and colleagues found that the communication process and effect are from person to person, distance strength, general noise level, mutual recognition, eavesdropping ability and distance to the emergency call center computer It is shown by simulation. Participation in one person's work and selection of interruption 23 Emergency call center is an environment that adversely affects effective communication These factors are similar to ED.

Voice communication usually occurs in a noisy environment; this is an immediate problem for military personnel who must communicate in a noisy environment. The influence of noise in speech recognition greatly depends on the source of noise, the number and type of speakers, and the listener's hearing ability. In this review, voice communication was first described as it relates to the current standard of hearing assessment for military and civilian people. In the next section, we classify the type of noise (aka mask) based on the time characteristic (stability or variation) of the noise and the perceived effect (energy or information masking). Next, we summarize the difficulty of speech recognition experienced by hearing impaired people and the elderly, and explain issues related to possible causes of speech noise difficulties, including recent recommendations on "hidden hearing loss".

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