This course delves into the field of machine translation (MT), exploring its current scope and various state-of-the-art systems. You will gain a deep understanding of phrase-based MT, surface-syntactic MT, and deep-syntactic MT. The curriculum also covers essential prerequisites and related areas such as extracting translation equivalents from parallel texts, word alignment techniques, MT evaluation, and system combination methods. The course aims to provide a unified perspective on MT as a statistical search process, enhanced by practical project work. Emerging approaches like neural networks will also be introduced.
The course covers a range of topics in machine translation, with lectures typically held weekly. The learning format is an 'inverted classroom' where students watch pre-recorded lectures beforehand and engage in discussions and Q&A during live sessions.
This course provides a strong foundation in machine translation, preparing students for roles in areas like natural language processing, computational linguistics, and AI development. Graduates are equipped to work on improving translation systems, developing new MT technologies, and researching advancements in the field.
Tuition fees are listed for various academic years, with the most recent being 420,000 CZK per year for students enrolled from the 2024/2025 academic year onwards. These fees do not cover living or other study costs. Exchange rate information provided: 1 EUR = 25 CZK.
Not specified
For students enrolling from the 2024/2025 academic year onwards, the tuition fee is 420,000 CZK per year. This fee covers tuition only and does not include living expenses or other study costs. An exchange rate of 1 EUR = 25 CZK is provided for reference.
The programme duration is not explicitly stated in the provided information. However, tuition fees are listed for up to the 6th year of study, which may indicate a potential maximum duration.
The course uses an 'inverted classroom' or 'flipped classroom' model. Students watch pre-recorded lectures before class and then participate in live sessions for discussions and Q&A. Project-based learning is a key component.
Graduates can pursue roles such as Machine Translation Engineer, Computational Linguist, NLP Researcher, Data Scientist with an NLP focus, or AI Developer. The course prepares students for careers in natural language processing and AI development.
Detailed application steps for this specific course are limited. Prospective students should check the Charles University admissions portal for general procedures, review program eligibility, prepare required documents like transcripts and a statement of purpose, and submit their application online by the specified deadlines.