Machine translation (MT) gets a bad rap because it’s perceived as low quality (and the results are sometimes hilarious) — but you’d be surprised how far this technology has advanced since it was first conceived in 1949. Recently, we found TAUS’s comprehensive timeline of the history of MT , and it’s an amazing read. But if you don’t have time to read across 63 years of MT progress, here’s a brief overview:
1949–65: Machine Translation Research Begins
The new field of “machine translation” appears in Warren Weaver’s Memorandum on Translation (1949), and the first researcher in the field, Yehosha Bar-Hillel, begins his research at MIT (1951). A Georgetown MT research team follows (1951) with a public demostration of its system in 1954. MT is touted as a solution to help the U.S. keep tabs on Russian. It’s also one of the first non-numerical applications for computers. MT research programs pop up in Japan and Russia (1955), and the first MT conference is held in London (1956). Researchers continue to join the field as the Association for Machine Translation and Computational Linguistics is formed in the U.S. (1962) and the National Academy of Sciences forms a committee (ALPAC) to study MT (1964).VIDEO
1966–95: MT Goes to Work
ALPAC’s report states MT cannot compete with human translation quality, and suggests funding for MT research should be stopped. But the research continues. MT is also put to work: the French Textile Institute to translate abstracts from and into French, English, German and Spanish (1970); Brigham Young University starts a project to translate Mormon texts by automated translation (1971); and Xerox uses Systran to translate technical manuals (1978). Various MT companies are launched, including Trados (1984), which is the first to develop and market translation memory technology (1989). The first commercial MT system for Russian/English/German-Ukrainian is developed at Kharkov State University (1991).
1996–2012: MT Hits the Web
MT on the web starts with Systran offering free translation of small texts (1996), followed by AltaVista Babelfish, which racked up 500,000 requests a day (1997). Franz-Josef Och (the future head of Translation Development at Google) wins DARPA’s speed MT competition (2003). More innovations during this time include MOSES, the open-source statistical MT engine (2007), a text/SMS translation service for mobiles in Japan (2008), and a mobile phone with built-in speech-to-speech translation functionality for English, Japanese and Chinese (2009). Recently, Google announced that Google Translate translates roughly enough text to fill 1 million books in one day (2012).
Also #OnThis Day , this time in 1954, the first public demonstration of a machine translation system was held. Some think that one day, these machines could render human translators redundant - but what do you think #MFL and #translation people? @ITIUK— ERA Teaching Resources (@SteamPoweredDM) Jan 07, 2019
Whew! That’s a lot, and we didn’t cover 90% of the history of machine translation! All the negative talk about MT seems to forget it’s an incredible, advanced technology. Its quality is lower than human translation but that doesn’t mean it doesn’t have good, practical uses — like translating old press releases from 5 years ago.
2013-Now (By Austin Ringer, Product Manager)
Recent years have seen significant step advancements in machine translation technology with Google’s research on Neural Machine Translation implying an optimistic future for the industry. It has become clear that machine translation is moving away from being the high speed, untenable quality option for translating organizations, toward offering a reasonable alternative for translating low visibility content. In just a few years, a whole host of machine translation vendors have emerged promising acceptable quality at a fraction of the cost of professional linguists. The race for a competitive edge in quality is in full effect and MT providers are beginning to take differentiated approaches to ‘boost’ the quality that their systems are capable of producing. Today’s, providers generally fall into three categories:
Hybrid Human-MT Solutions (ex: Unbabel)Domain-Adapted Machine Translation(ex: Lilt, IBM)Neural Machine Translation (ex: Google, Microsoft, SDL, Yandex)At Smartling, we strongly believe that machine translation is quickly becoming an important component of an effective globalization strategy. While producing content at low cost and as quickly as possible continues to have an adverse effect on Quality, machine translation offers many translating organizations an edge at achieving the holy grail of translation outcome- a balance of cost, quality, and time-to-market.