1. A computer system for editing text data, which have been created on a basis of a voice or a video image, comprising: a first computer for outputting one or more of said voice or said video image, and for identifying text data which needs to be edited, in response to a received instruction, the text data comprising a plurality of parts of text data; a plurality of computers for outputting said voice or said video image, and for editing said plurality of parts of text data, which have been identified by said first computer, in response to said received instruction; and an allocation determination unit, said allocation determination unit retrieving each of the one or more of said voice or said video images and allocating each of said one or more of said voice or said video images to one of the plurality of computers by optimally selecting one of the plurality of computers, wherein said optimally selecting comprises: determining a number of vacant client computers; determining a number of said one or more said voice or said video images have not been processed; processing one of the one or more of said voice or said video images by a vacant client computer responsive to determining that the number of one said one or more said voice or said video images that have not been processed is greater than one, and the number vacant client computers is one, wherein processing requirements of said one of the one or more of said voice or said video images matches processing requirements of the vacant client computer; processing one of the one or more of said voice or said video images by a vacant client computer responsive to determining that the number of one said one or more said voice or said video images that have not been processed is one, and the number vacant client computers is greater than one, the processing comprising calculating a job optimum degree, the job optimum degree based on a weighted latency of each of the vacant client computers, wherein the weighted latency does not correspond linearly with the latency, and the processing is performed on the vacant client computer with a maximum job optimum degree; and delaying the processing one of the one or more of said voice or said video images by a vacant client computer responsive to determining that the number of one said one or more said voice or said video images that have not been processed is one, and the number vacant client computers is one, the delaying comprising calculating a job optimum degree, the job optimum degree based on a weighted latency of the vacant client computer, wherein the weighted latency does not correspond linearly with the latency, and preventing processing of the one of said one or more of said voice or said video images by the vacant client computer in response to determining that the job optimum degree exceeds a threshold; wherein said first computer distributes said voice or said video image, one of said plurality of said parts of text data which needs to be edited, and one or more editing instructions, to each of said plurality of computers for parallel processing, each of said plurality of computers automatically outputting said voice or said video image, which corresponds to said one of said plurality of parts of text data, prior to editing said plurality of parts of text data.
1. A computer system for editing text data, which have been created on a basis of a voice or a video image, comprising: a first computer for outputting one or more of said voice or said video image, and for identifying text data which needs to be edited, in response to a received instruction, the text data comprising a plurality of parts of text data; a plurality of computers for outputting said voice or said video image, and for editing said plurality of parts of text data, which have been identified by said first computer, in response to said received instruction; and an allocation determination unit, said allocation determination unit retrieving each of the one or more of said voice or said video images and allocating each of said one or more of said voice or said video images to one of the plurality of computers by optimally selecting one of the plurality of computers, wherein said optimally selecting comprises: determining a number of vacant client computers; determining a number of said one or more said voice or said video images have not been processed; processing one of the one or more of said voice or said video images by a vacant client computer responsive to determining that the number of one said one or more said voice or said video images that have not been processed is greater than one, and the number vacant client computers is one, wherein processing requirements of said one of the one or more of said voice or said video images matches processing requirements of the vacant client computer; processing one of the one or more of said voice or said video images by a vacant client computer responsive to determining that the number of one said one or more said voice or said video images that have not been processed is one, and the number vacant client computers is greater than one, the processing comprising calculating a job optimum degree, the job optimum degree based on a weighted latency of each of the vacant client computers, wherein the weighted latency does not correspond linearly with the latency, and the processing is performed on the vacant client computer with a maximum job optimum degree; and delaying the processing one of the one or more of said voice or said video images by a vacant client computer responsive to determining that the number of one said one or more said voice or said video images that have not been processed is one, and the number vacant client computers is one, the delaying comprising calculating a job optimum degree, the job optimum degree based on a weighted latency of the vacant client computer, wherein the weighted latency does not correspond linearly with the latency, and preventing processing of the one of said one or more of said voice or said video images by the vacant client computer in response to determining that the job optimum degree exceeds a threshold; wherein said first computer distributes said voice or said video image, one of said plurality of said parts of text data which needs to be edited, and one or more editing instructions, to each of said plurality of computers for parallel processing, each of said plurality of computers automatically outputting said voice or said video image, which corresponds to said one of said plurality of parts of text data, prior to editing said plurality of parts of text data. 4. The computer system according to claim 1 , wherein each of said plurality of computers does not edit said one of said plurality of parts of text data, and outputs a second part of said plurality of parts of text data, which needs to be edited.