Research On User Experience Design Of Intelligent Treadmill Operating System

At present,with the economic level improving,people begin to pay more and more attention to fitness.Because of its relatively low threshold and full of challenges,running is favored by the masses of people.But now because of the problems of air pollution and lack of space caused by urbanization,indoor treadmill exercise has become a new trend.Since the birth of the first treadmill in the world,the treadmill has been developing and evolving constantly,and the driving mode,mechanical structure,external modeling,interaction mode and function have changed dramatically.Nowadays,smart treadmills have multi-functionalizations,and supports a variety of interactive ways.This paper firstly refers to the literature and market research to understand the current development of smart treadmills and related research on user experience design,and analyzes the current popular interaction methods.At the same time,this paper figured out the current users' needs and expectations for treadmills through the combination of online questionnaire surveys and offline interviews.Participants were then invited to complete the basic process of using the treadmill,in order to achieve different interactive ways and different functions of matching experiments.Using objective data such as the completion of the experiment,the degree of lost of the subjects,and the quantity of errors,combined with the subjective questionnaire rating of the Richter scale,find the interaction method that best matches the user experience and the combination of different treadmill functions.Finally,based on the experimental conclusion,a set of intelligent treadmill operating system was designed,and with the help of enterprises outside the school,the system was developed.At present,although there are many researches on the treadmill at home and abroad,there are few researches on the interaction mode and function matching of the intelligent treadmill operating system,especially on the interaction mode under the condition of human movement.This paper complements this area,and also provides some theoretical support and guidance for the design and development of the future intelligent treadmill operating system as well as the production and manufacturing.The conclusion also provides some suggestions for other equipment used in the state of motion.