What Can an Electronic Language Translator Do for You
Once you select a phrase category, you can drill down into subcategories and then into a specific list of phrases. At that level, the machine's translation accuracy increases dramatically. When you say or type, "I need an ATM" while in the bank category, the machine searches a much smaller list of possible translations, increasing the odds it will find the best match. It may respond with, "Where is the nearest ATM?" which isn't a direct translation but is an Cheap Nike Air Max 2016 accurate representation of what you meant.
Not impressed yet? Consider the advances in speech recognition that have made speech to speech translators possible. In these devices, a sound Nike Air Max 90 card converts analog sound waves into a digital format, breaks down words into phonemes, the smallest units of spoken language, and then compares the phonemes to a dictionary of stored sounds to find a best match. On the Cheap Nike Air Max 2016 flip side, when a translator speaks a word or phrase appearing on the screen, it's employing text to speech, or TTS, technology, a two step process. In the first step, the computer analyzes a word, breaks it into phonemes, then decides how long and at what pitch to say each phoneme. Then it pulls matching sounds from a database of prerecorded human sounds and assembles Cheap Nike Air Max 2016 it into an audio file.
Algorithms, however, could be the most important technology in electronic translators. Everything begins with a database of parallel texts in two different languages. The texts could be translated works of literature, United Nations speeches or Web documents. Next, a complex set of operations identifies short matching phrases across sources and measures how often and where words occur in a given phrase in both languages. Finally, the software uses this information to build statistical models that link phrases in one language to phrases in the second. An electronic translator uses similar calculations when a user drills down into a phrase category and speaks or types a phrase. The computer analyzes the input, finds a high probability match and returns the results. It may not allow an American to discuss the causes and effects of the French Revolution with a Parisian, but it can help her get directions to the monument marking the location of the Bastille.