Human-computer interaction requires the study of interaction interface design, machine algorithm learning, and medical devices, and its specific courses are as follows:
1. Interaction interface design: localization-aware systems, human-computer interface perception, visual interaction, voice interaction.
2. Machine Algorithm Learning: Pattern Editor Development, Group Collaboration Technology, Remote Immersion Collaboration.
3, medical devices: visual simulation, simulation rendering, medical imaging technology, simulation environment.
Supplementary materials:
Human-computer interaction refers to the process of exchanging information between a person and a computer using some kind of conversational language, in a certain interactive way, in order to complete a defined task.
Human-computer interaction is the study of the interaction between a system and its users. The system can be a variety of machines, but also can be computerized systems and software. The HCI interface is usually the part that is visible to the user. The user communicates with the system and performs operations through the HCI. This can be as small as the play button on a radio, or as large as the instrument panel on an airplane or the control room of a power plant. The HCI is designed to incorporate the user's understanding of the system (i.e., mental modeling), and that is for usability or user-friendliness of the system.
The human-computer interaction features of an operating system are an important factor in determining the "friendliness" of a computer system. Human-computer interaction is mainly accomplished by external devices with inputs and outputs and the corresponding software. Human-computer interaction can be used by the main devices are keyboard display, mouse, a variety of pattern recognition equipment, etc. The software corresponding to these devices is the operating system. The software corresponding to these devices is the part of the operating system that provides human-computer interaction functions. The main role of the human-computer interaction part is to control the operation of the relevant equipment and to understand and execute the relevant commands and requirements transmitted through the human-computer interaction equipment. Early HCI facilities were keyboard displays. The operator typed in commands through the keyboard, and the operating system immediately executed the commands and displayed the results on the monitor. The commands could be typed in different ways, but the interpretation of each command was clear and unique.
With the development of computer technology, the number of commands has increased, and so has their functionality. With the development of input devices such as pattern recognition, e.g., speech recognition, Chinese character recognition, etc., it became possible for the operator and the computer to interact at a level similar to natural language or restricted natural language. In addition, human-computer interaction through graphics is also attracting research. These human-computer interactions can be called intelligent human-computer interactions. Research in this area is actively underway.