An organic design for human–computer interaction

Abstract

The accuracy and efficiency of human–computer interaction are critical to the completion of the set tasks of an engineering system. In traditional human–computer interaction, because software only has solidified logic which does not change with the external conditions, resulting in the failure of operating personnel to perform timely correction in the event of logical errors, an organic human–computer interaction design is proposed which regards software as an autonomous agent capable of perceiving, analyzing and learning. A software architecture with organic characteristics is also put forward to improve the self-adaptability of software by strengthening its perception, learning and optimization abilities, thus providing method guidance for improving the accuracy and coordination of human–computer interaction.