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РецензированоEN2024

The role of technology in enhancing simultaneous interpretation skills for young interpreters

Sojida Mamatova Abdushukur qizi · Zarrina Salieva Ilkhomovna (Master degree student of Samarkand State Institute of Foreign Languages)

Переводоведение и лингвистика в эпоху цифровых технологий: изучение передовых подходов · 5 · 215-218 · 2024

Аннотация

— This article explores how technology is revolutionizing the field of simultaneous interpretation, particularly for young interpreters. It discusses various technological advancements, including specialized software and hardware solutions, remote interpretation platforms, AI and machine learning algorithms, virtual reality (VR) and augmented reality (AR), and cloud-based collaboration platforms. The article emphasizes the benefits of technology in improving interpretation skills while also addressing challenges and considerations such as accessibility, data security, and professional development. Keywords — Technology, simultaneous interpretation, young interpreters, specialized software, hardware solutions, remote interpretation, AI, machine learning, virtual reality, augmented reality, cloud-based collaboration, professional development, accessibility, data security. 1. INTRODUCTION In a world marked by globalization, effective communication across languages is more crucial than ever. Whether it’s in international conferences, business negotiations, or diplomatic meetings, the role of interpreters in facilitating cross-cultural understanding cannot be overstated. Among the various modes of interpretation, simultaneous interpretation stands out as one of the most challenging and demanding skills to master. However, with advancements in technology, particularly in the realm of language and communication, young interpreters today have access to an array of tools and resources that can significantly enhance their simultaneous interpretation skills. 2. MAIN PART Simultaneous interpretation requires interpreters to listen to the speaker in one language and convey the message in another language in real-time. It demands exceptional linguistic proficiency, cognitive agility, and acute concentration. Traditionally, interpreters relied solely on their linguistic abilities and intensive training to hone their skills. While this traditional approach remains invaluable, technology has emerged as a powerful ally in augmenting and refining simultaneous interpretation proficiency among young interpreters [5, 18]. One of the most transformative technologies for simultaneous interpretation is the development of specialized software and hardware solutions. These tools range from dedicated interpretation consoles equipped with advanced audio processing capabilities to sophisticated computer-assisted translation (CAT) software specifically designed for interpreters. Such tools not only streamline the interpretation process but also offer features like speech recognition, terminology management, and real-time text display, thereby empowering interpreters to work more efficiently and accurately. For instance, modern interpretation consoles integrate features such as relay language support, which allows interpreters to work in multiple languages seamlessly. Additionally, these consoles often include adjustable audio settings, enabling interpreters to customize the sound levels and tone to suit their preferences and optimize their concentration during lengthy interpreting sessions. Moreover, some consoles incorporate touchscreen interfaces and intuitive controls, facilitating smooth navigation and quick access to essential functions, further enhancing the interpreter’s performance. Integrating technology into interpreter training courses using a blended approach necessitates some pedagogical adjustment but it offers many advantages [1, 8]. Furthermore, the advent of remote interpretation platforms has revolutionized the landscape of simultaneous interpretation, particularly in the wake of the COVID-19 pandemic. These platforms leverage high-speed internet connectivity and audiovisual technologies to enable interpreters to provide their services remotely, transcending geographical barriers and expanding opportunities for young interpreters to gain valuable experience and exposure in diverse settings. By leveraging these platforms, young interpreters can refine their skills by interpreting for virtual events, webinars, and online meetings, thus honing their ability to adapt to different contexts and communication styles. In addition to hardware and software solutions, technology has also facilitated access to a wealth of educational resources and training materials for aspiring interpreters. Online courses, webinars, and virtual workshops covering various aspects of www.samdchti.uz 127 RAQAMLI TEXNOLOGIYALAR DAVRIDA TARJIMASHUNOSLIK VA LINGVISTIKA: ZAMONAVIY YONDASHUVLAR TADQIQI” nomli ilmiy maqolalar to‘plami May – 2024 simultaneous interpretation are now readily available, allowing young interpreters to learn from experienced professionals and industry experts regardless of their location. Moreover, language learning applications and multimedia resources offer interactive exercises, vocabulary drills, and simulated interpreting scenarios, enabling interpreters to practice and improve their skills autonomously. However, while tec

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— Technology, simultaneous interpretation, young interpreters, specialized software, hardware solutions, remote, virtual reality, accessibility, специализированное программное обеспечение, аппаратные решения, доступность, cloud-based collaboration, machine learning, hardware solutions, облачная совместная работа, Texnologiya, professional rivojlanish, remote interpretation, sinxron tarjima, виртуальная реальность, профессиональное развитие, young interpreters, дистанционный перевод, дополненная реальность, Technology, молодые переводчики, AI, yosh tarjimonlar, simultaneous interpretation, искусственный интеллект, foydalanish imkoniyati, безопасность данных., specialized software, masofaviy tarjima, Технологии, data security, синхронный перевод, augmented reality, mashinani o'rganish, ixtisoslashtirilgan dasturiy ta'minot, professional development, bulutga asoslangan hamkorlik, kengaytirilgan haqiqat, apparat yechimlari, virtual haqiqat, ma'lumotlar xavfsizligi, машинное обучение
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