Abstract: A Chinese composition reviewing system is provided and includes an identifying module, an analyzing module and a comprehending module. The identifying module identifies an abnormal phrase and an inappropriate punctuation mark of a target content by dividing a Chinese character into a Cangjie code. The analyzing module analyzes a sentence state of the target content and provides reference information when analyzing the sentence state. The comprehending module parses the target content via a predefined article mode, where the predefined article mode includes at least one of an article style, a word count, a paragraph count, a sentence count and a critical element. The Chinese composition reviewing system can evaluate the target content automatically.

Abstract: A Chinese composition reviewing system is provided. An identifying module identifies an abnormal phrase and an inappropriate punctuation mark. An analyzing module analyzes a sentence state. A comprehending module parses a target content by a predefined article mode. The Chinese composition reviewing system can evaluate the target content automatically.

Abstract: A Chinese common sense comprehension system includes a simulation module for simulating the Cangjie codes into concept information and an integration module for integrating the concept information into target information. Therefore, the Chinese common sense comprehension system adopts an innovative logical way of learning Chinese, thereby improving the accuracy of the artificial intelligence device to understand Chinese.

Abstract: A Chinese common sense comprehension system includes a simulation module for simulating the Cangjie codes into concept information and an integration module for integrating the concept information into target information. Therefore, the Chinese common sense comprehension system adopts an innovative logical way of learning Chinese, thereby improving the accuracy of the artificial intelligence device to understand Chinese.

Abstract: A data input method and device is provided that allows a user to input data to a computer by means of bending his/her five band digits in a specified manner representing a keyboard character intended for input to the computer system. The bending of the user's five hand digits will then cause wrist muscle movements, which can be then sensed by a piezoelectric element in the data input device. In response, the piezoelectric element generates a corresponding electrical signal, which is then converted into binary form and transmitted via cable or wireless link to the computer system. Inside the computer system, the CPU searches through a predefined character-mapping table to find the character corresponding to the received signal from the data input device.

Abstract: A data input method and device is designed for use with a computer system, which allows the user to input computer data, such as keyboard characters including alphabetic letters, numbers, special marks, and control codes, into the computer system. The proposed data input method and device allows the user to input data to the computer system by means of bending his/her five hand digits in a specified manner representing a keyboard character intended for input to the computer system. The bending of the user's five hand digits will then cause wrist muscle movements which can be then sensed by a piezoelectric element in the data input device. In response, the piezoelectric element generates a corresponding electrical signal which is then converted into binary form and transmitted via cable or wireless link to the computer system.