The intelligent writing assistant "Wenyong Effidit" (Efficient and Intelligent Editing) is a research prototype system developed by Tencent AI Lab, exploring the use of AI technology to improve writers' writing efficiency and creative experience. This intelligent writing assistant provides functions such as intelligent error correction, text completion, text rewriting, text expansion, word recommendation, sentence recommendation and generation, which can help users easily complete Chinese and English writing and improve writing efficiency.
Main features of Effidit
- Intelligent error correction: supports Chinese and English error correction, can automatically detect typos, spelling errors, and grammatical errors in the input text, and provides suggestions for modification
- Text completion: provides phrase completion and sentence completion, intelligently retrieves and generates logically coherent and complete paragraph sentences based on context
- Text continuation: can continue writing based on the prefix input by the user and the selected style, assisting in the creation of new content with a distinctive style and full of wit
- Text polishing: select a word or sentence, intelligently recommend similar candidate words that better fit the context, or intelligently rewrite the sentence with a different wording
- Super Thesaurus: based on the input keywords, recommends synonyms, antonyms, related words, modifiers, related entities, etc.
Frequently asked questions
Is Effidit free?
Effidit is a free AI writing assistant launched by Tencent AI Lab. No login or registration is required, and it can be used for free.
Which platforms does Effidit support?
Effidit currently supports the Windows client, online website access, and WeChat Mini Program use. The Mac version is coming soon.
What large model is Effidit based on?
The implementation of Effidit integrates knowledge extraction, text understanding, text generation, large-scale pre-trained models, classic language models, search, and other technologies. Among them, the implementation of some functions uses the "Hunyuan" series AI large models as the underlying pre-trained models.
