1. A computing system comprising: a dialogue gateway, a central controller, a manual aided understanding (MAU) workstation, a robot, an expression database, a response database, and a response generator, wherein, wherein the dialogue gateway is configured to receive a natural expression, to transmit the natural expression to the central controller for subsequent processing, and to transmit a response to the natural expression; wherein the central controller is configured to receives the natural expression from the dialogue gateway, to cooperate with the robot and the MAU workstation to convert the natural expression to a standard expression, and instruct the response generator according to the standard expression to generate a standard response corresponding to the standard expression; wherein the robot is configured to convert the natural expression input to language information that can be processed by a computer, and to convert the language information to the standard expression using the expression database; wherein the MAU workstation is configured to present the natural expression via a manual-agent interface, to receive the standard expression in input data received via manual-agent interface, and to transmit the standard expression to the central controller; wherein the expression database is configured to store expression-related data, which includes: language information data associated with the natural expression, standard expression data associated with the standard expression, and data associated with a relationship between the language information and the standard expression; wherein the response database stores response-related data, including standard response data for invocation, data for generating the response, or both; and wherein the response generator is configured to receives instructions of the central controller, and to generate the response for the natural expression using the data in the response database.
1. A computing system comprising: a dialogue gateway, a central controller, a manual aided understanding (MAU) workstation, a robot, an expression database, a response database, and a response generator, wherein, wherein the dialogue gateway is configured to receive a natural expression, to transmit the natural expression to the central controller for subsequent processing, and to transmit a response to the natural expression; wherein the central controller is configured to receives the natural expression from the dialogue gateway, to cooperate with the robot and the MAU workstation to convert the natural expression to a standard expression, and instruct the response generator according to the standard expression to generate a standard response corresponding to the standard expression; wherein the robot is configured to convert the natural expression input to language information that can be processed by a computer, and to convert the language information to the standard expression using the expression database; wherein the MAU workstation is configured to present the natural expression via a manual-agent interface, to receive the standard expression in input data received via manual-agent interface, and to transmit the standard expression to the central controller; wherein the expression database is configured to store expression-related data, which includes: language information data associated with the natural expression, standard expression data associated with the standard expression, and data associated with a relationship between the language information and the standard expression; wherein the response database stores response-related data, including standard response data for invocation, data for generating the response, or both; and wherein the response generator is configured to receives instructions of the central controller, and to generate the response for the natural expression using the data in the response database. 3. The computing system of claim 1 , further including a trainer configured to train the robot to convert the natural expression into the standard expression.