(IF 5.900) Special issue on
Today, with the rapid development of information and technology, the deployed sensor networks are growing rapidly. The rapid development of sensor technology and data acquisition tools has spawned a new era of Big Data. Sensors can easily collect data and realize the monitoring and diagnosis of interested target structures. For example, in modern cities, with the increase of population and vehicles, urban road traffic congestion occurs from time to time. The issues of high-power transmission of urban road capacity and traffic flow information in intelligent cities has become severe problems to be solved urgently. The vehicle road sensor is used for the collection, analysis and processing of traffic information, combined with the human-computer interaction (HCI) data processing of road traffic information to realize the solution of traffic congestion problem from the perspective of smart city. Meanwhile, with the increase of urban population and the aggravation of population aging, the elderly care service community with the intelligent elderly care service as the core has begun to attract extensive attention. Sensors and computers are used to realize energy-saving and real-time monitoring, and wireless sensor networks are used to monitor the health technology around the elderly and provide intelligent medical services. Ubiquitous sensors can monitor the activities of the elderly at any time, and the obtained data can be timely transmitted through the computer network for operators, to further improve the community elderly care service.
In terms of factory production, the production efficiency of processing and manufacturing is difficult to improve under the mode of the one-to-one HCI between people and production line equipment in traditional industrial workshops; the processing of products is difficult to track in real time; the production plan, raw material inventory and finished product inventory need to be coordinated in time. Based on the hierarchical mapping in the service-oriented domain and the RFID technology for logistics management, the construction of the industrial field sensor identification network and the research on the HCI technology of the factory production workshop from the perspective of intelligence are of great significance to improve the production efficiency and production speed of the factory and promote the development of the factory intelligent workshop.
Based on the theory of intelligent HCI technology under multimedia, the smart city-oriented collection and transmission of sensor data are combined with the analysis and application technologies of data, which has very important theoretical significance for the application of HCI technology and the development of smart city. This special issue focuses on collecting the latest research in the collection, analysis and application of HCI data from the perspective of intelligence, and collects forward-looking, innovative, exploratory and cross cutting original researches for scholars in many fields to exchange. This special issue expects to better guide the application of intelligent sensing in various intelligent scenes such as smart city, intelligent factory and intelligent medical treatment.
Topics applicable to this special issue include but are not limited to:
Human-Computer Interaction and Intelligent Sensing Technology in Intelligent Factory
Application of Wireless Sensor under Human-Computer Interaction Network in Manufacturing
Application of Wireless Intelligent Sensor in Human-Computer Interaction of Smart City Transportation
Systematic Simulation of Intelligent Factory and Human-Computer Interaction Design of Appliance Manufacturing Process
Human-Computer Interaction for Energy Management and Equipment Maintenance of the Intelligent Community Development
Human Computer Interaction in Intelligent Medical and Digital Visualizable Surgery
Appliance Accuracy Analysis and Human-Computer Interaction Perception in Intelligent Assembly Machine Factory
Physical Simulation of Intelligent Virtual Machining Workshop and Construction of Control Network with Human-Computer Interaction
Intelligent Perception with Human-Machine Interaction and Distributed Interactive Perception Network of Energy Consumption Management System in Manufacturing
Application of Intelligent Human-Computer Interaction Technology in Research and Development of Factory
Open submission : 31 October, 2021
Submission deadline : 31 March, 2022
Author notification : within 4 weeks after submission
Revised manuscript due : within 2 weeks after notification
Notification of acceptance : within 2 weeks after revision submission
Tentative accepted paper publication date : within 2 months after final version
Tentative SI paper collection and its web open: 3rd / 4th Quarter, 2022 (TBA)
All submitted papers must be clearly written in excellent English and contain only original work. All papers must be submitted in an electronic format, e.g., PDF format (preferred) or MS Word. Manuscripts should follow the formatting of the sample manuscript and references. You can refer to the details in the submission menu http://hcisj.com/submission/preparing_manuscript.php
All papers and some supplementary materials should be submitted through ScholarOne Manuscripts. The authors must select “SI2021-05 Human-Computer Interaction Data”. when they reach the “Article Type” step in the submission process https://mc04.manuscriptcentral.com/hcis
Zhihan Lv Associate Professor, Uppsala University, Sweden
Jaime Lloret Professor, Polytechnic University of Valencia, Spain.
Houbing Song Associate Professor, Embry-Riddle Aeronautical University, USA.