dichotic

简明释义

英[daɪˈkɒtɪk]美[daɪˈkɑːtɪk]

adj. 二重听觉的

英英释义

单词用法

同义词

反义词

例句

1.Methods: 26 children with MW and 30 controls were checked the ear advantage by focused attention with dichotic listening test.

方法：选取26名镜像书写儿童及30名正常书写儿童，进行数字、形象词汇分听测试。

2.Evidence in supporting of lateralization for language in the left hemisphere comes from researches in dichotic listening tasks.

证明左半球的语言侧化的证据来自于两耳分听研究。

3.In a dichotic listening test, a person sits with a set of earphones on, and through each earphone, simultaneously, comes a different sound.

在双耳两分听话试验中，被测试者要戴上耳机坐在位子上，两个耳机里会同时传出不同的声音。

4.Dichotic listening research makes use of the generally established fact that anything experienced on the right-hand side of the body is processed in the left hemisphere of the brain, and vice versa.

两耳分听研究利用了已得到公认的事实：人体右半身所体验到的任何东西都是由左半球处理的，反之亦然。

5.Dichotic listening research makes use of the generally established fact that anything experienced on the right-hand side of the body is processed in the left hemisphere of the brain, and vice versa.

两耳分听研究利用了已得到公认的事实：人体右半身所体验到的任何东西都是由左半球处理的，反之亦然。

6.When performing a dichotic listening task, subjects wear earphones and simultaneously receive different sounds in the right and left ear, and are asked tore peat what they hear.

当进行两耳分听实验时，接受实验者带着耳机，左耳和右耳同时听到不同的声音，然后被要求说出所听到的内容。

7.Researchers studied dichotic speech perception to understand how the brain processes conflicting auditory information.

研究人员研究了双耳言语感知，以了解大脑如何处理冲突的听觉信息。

8.The dichotic listening test revealed differences in how each hemisphere of the brain processes sound.

该双耳听力测试揭示了大脑每个半球处理声音的差异。

9.During the experiment, subjects reported hearing the message presented to the dichotic ear more clearly.

在实验中，受试者报告说他们更清楚地听到了呈现给双耳耳朵的信息。

10.In a dichotic listening task, participants are asked to focus on one ear while ignoring the other.

在一个双耳听力任务中，参与者被要求专注于一只耳朵，同时忽视另一只耳朵。

11.The dichotic approach is often used in cognitive psychology to explore selective attention.

这种双耳方法常用于认知心理学，以探索选择性注意。

作文

The concept of dichotic listening has significant implications in the field of psychology and neuroscience. It refers to a method where two different auditory stimuli are presented to each ear simultaneously. This technique is often used to study how the brain processes sounds and how attention can be divided between competing auditory inputs. For instance, in a typical dichotic listening experiment, a participant might hear a word in one ear while hearing a different word in the other ear. The way the brain manages these conflicting signals provides insights into cognitive functions such as attention, perception, and memory.Understanding dichotic listening can help researchers explore various aspects of auditory processing. One of the most fascinating findings from dichotic listening studies is the phenomenon known as the 'right ear advantage.' This term describes the tendency for individuals to more accurately recall information presented to their right ear compared to their left. This has been attributed to the left hemisphere of the brain, which is typically more involved in language processing, being more directly connected to the right ear.Moreover, dichotic listening tasks have been instrumental in understanding conditions such as auditory processing disorders and schizophrenia. In individuals with these conditions, the ability to filter out irrelevant noise or to focus on a specific sound source may be impaired. By analyzing how these individuals perform on dichotic listening tasks, researchers can gain valuable insights into the underlying neural mechanisms and develop better therapeutic interventions.In addition to clinical applications, dichotic listening has practical implications in everyday life. For example, it sheds light on how we navigate complex auditory environments, such as crowded restaurants or busy streets. Understanding how our brains process multiple sounds at once can improve communication strategies in these challenging settings. It also emphasizes the importance of active listening skills, which can enhance our ability to focus on a single conversation amidst background noise.Furthermore, the exploration of dichotic listening extends beyond just auditory stimuli. Researchers have begun to investigate how visual and auditory information can interact in a dichotic manner. This cross-modal approach opens up new avenues for understanding sensory integration and how different modalities influence one another. For instance, how does seeing someone speak affect our ability to understand their words, especially when there is competing auditory information?In conclusion, the study of dichotic listening is a rich and multifaceted area of research that bridges psychology, neuroscience, and practical applications. It reveals how our brains manage competing information and highlights the complexities of auditory perception. As we continue to explore this intriguing phenomenon, we can expect to uncover even more about the intricate workings of the human mind and its remarkable ability to process sound in a world full of distractions. Understanding dichotic listening not only enhances our knowledge of auditory processing but also informs various fields, from education to mental health, and ultimately enriches our daily lives by improving our communication skills and auditory awareness.

‘双耳’（dichotic）听觉的概念在心理学和神经科学领域具有重要意义。它指的是一种方法，其中同时向每只耳朵呈现两个不同的听觉刺激。这种技术常用于研究大脑如何处理声音以及注意力如何在竞争的听觉输入之间分配。例如，在典型的dichotic听觉实验中，参与者可能在一只耳朵中听到一个词，而在另一只耳朵中听到另一个词。大脑如何管理这些相互冲突的信号提供了对认知功能（如注意力、感知和记忆）的深入洞察。理解dichotic听觉可以帮助研究人员探索听觉处理的各个方面。从dichotic听觉研究中获得的一个最迷人的发现是被称为‘右耳优势’的现象。这个术语描述了个体更准确地回忆出呈现在右耳的信息，而不是左耳的信息的倾向。这被归因于大脑的左半球，通常更多地参与语言处理，与右耳的连接更加直接。此外，dichotic听觉任务在理解诸如听觉处理障碍和精神分裂症等疾病方面也发挥了重要作用。在这些疾病的个体中，过滤掉无关噪声或专注于特定声音源的能力可能受到损害。通过分析这些个体在dichotic听觉任务中的表现，研究人员可以获得关于潜在神经机制的宝贵见解，并开发更好的治疗干预措施。除了临床应用之外，dichotic听觉在日常生活中也具有实际意义。例如，它揭示了我们如何在复杂的听觉环境中导航，例如拥挤的餐馆或繁忙的街道。理解我们的大脑如何同时处理多种声音可以改善我们在这些具有挑战性的环境中的沟通策略。它还强调了积极倾听技能的重要性，这可以增强我们在背景噪音中专注于单一对话的能力。此外，对dichotic听觉的探索超越了听觉刺激。研究人员开始调查视觉和听觉信息如何以dichotic的方式相互作用。这种跨模态的方法为理解感官整合及不同模态之间的相互影响开辟了新的途径。例如，看到某人说话如何影响我们理解他们的话，尤其是在有竞争的听觉信息时？总之，dichotic听觉的研究是一个丰富而多面的研究领域，桥接了心理学、神经科学和实际应用。它揭示了我们的大脑如何管理竞争信息，并突出了听觉感知的复杂性。随着我们继续探索这一引人入胜的现象，我们可以期待揭示更多关于人类思维复杂运作的内容，以及其在充满干扰的世界中处理声音的非凡能力。理解dichotic听觉不仅增强了我们对听觉处理的知识，而且为教育、心理健康等各个领域提供了信息，最终通过改善我们的沟通技能和听觉意识来丰富我们的日常生活。