The Dolphin model is a biologically inspired design concept designed to simulate the behavioral characteristics of dolphins to enhance human creativity and efficiency in multiple domains. As intelligent and social Marine mammals, dolphins are able to communicate and navigate through sophisticated sonar systems, providing important inspiration for scientists and engineers.

In the technical field, dolphin models are used in various sound detection and communication systems. For example, by sending out sound waves and analyzing the echoes, dolphins are able to accurately determine the location of structures and objects in their environment. This feature has been incorporated into sonar technology and mobile robots, making their navigation and detection capabilities significantly enhanced in complex environments. By mimicking the sound characteristics and signal processing of dolphins, engineers are designing more efficient sensors and algorithms that improve the machine's ability to understand its environment.

On the other hand, in the field of biomedicine, dolphins' social behavior and communication skills also have implications for people. Research has shown that complex communication between dolphins is not limited to sound, but also includes body language and emotional interaction. These characteristics provide a new perspective for the research in the field of psychotherapy and education. By building a more interactive and approachable treatment model, professionals are better able to help patients build trusting relationships that improve treatment outcomes.

In addition, dolphin models are used to protect the Marine environment. Because dolphins play an important role in the ecosystem, their behavior can reflect the health of the ocean. Therefore, scientists use the biological characteristics of dolphins to design a system for monitoring Marine ecology, timely detection of environmental changes, and then take corresponding protection measures.