Click to see the User Manual
This system is a combination of a dictionary and a flashcard learning system. The dictionary is derived from the CEDICT a public domain Chinese-English dictionary. The flashcard system allows a user to load their own customized list of vocabulary using a simple unicode capable text editor. The flashcard implements the 4 stage Leitner spaced repetition method. Multiple stacks of cards called ‘flashgroups” can be stored in the system. The system also allows different users and usage to be tracked.
A word search in either pinyin or Chinese characters is also incorporated. The results are presented as a set of cards that has basic details of the character, such as it meaning and ranking in usage. The pronunciation of the character can also be played. A particular unique feature of this software is the ability the present similar looking characters using the Shape-Alike button.
This software is totally FREE, It however requires Java Run Time.
Download at github: https://github.com/qilink/cls
Or Download at this link:http://ge.tt/4RgxFIB2/v/0
If you speak Mandarin, your brain works differently. That’s according to a recent study published in the Proceedings for the National Academy of Sciences. The report is the first to conclude that those who speak tonal languages like Mandarin exhibit a very different flow of information during speech comprehension, using both hemispheres of the brain rather than just the left, which has long been seen as the primary neurological region for processing language.
After analyzing brain imaging data from Mandarin and English speakers listening their respective languages, researchers from Peking University and other universities found that native Mandarin speakers and native English speakers both showed evidence of activity in the brain’s left hemisphere. But Mandarin speakers also saw activation in the right hemisphere, specifically in a region important for processing music, via pitch and tone, that has long been seen as largely unrelated to language comprehension.
Since at least the 1950s, researchers in the field of neurolinguistics have been questioning how languages influence perception, and physiological behavior. This latest study supports one emerging theory, connectionism, that maintains that some languages require interactions across the entire brain. The findings are important for better protecting language-related regions during brain surgery as well as understanding the “constitution of knowledge of language, as well as how it is acquired,” according to the study.
“Pitch processing is crucial for music, but also crucial for tone processing of a tone language. Based on our current results, it is reasonable to hypothesize that all tone languages use both hemispheres,” Gang Peng, deputy director of the Joint Research Centre for Language and Human Complexity at the Chinese University of Hong Kong and one of the study’s co-authors, told Quartz. Other tonal languages include Vietnamese, Cantonese, and Thai.
Specifically, Chinese and English speakers both show activity in three regions in the left hemisphere: the inferior frontal gyrus, the anterior superior temporal gyrus, and the posterior middle gyrus, labeled F, A, and P, respectively (picture A in the image below). But Chinese speakers exhibit activity in an extra area in addition to those three: the superior temporal gyrus (figure R, picture B).
more at : http://qz.com/351392/chinese-speakers-use-different-regions-of-their-brain-than-english-speakers/