Abstract
As the 5G environment is established due to the development of network and information and network technologies, wireless sensor network is drawing attention as a technology that will lead the information technology industry in the future. The sensor-based service must collect and process data recognized from various sensors and deliver information to users to understand. However, there is no research to visually express information about sensor resources to make it easier for users to understand. Therefore, this research proposes an efficient visualization model that is both realistic and economical. Then, we designed a scenario applied to real life and built a webpage.
Highlights
Ubiquitous technologies and application models that can be applied to innovate the above fields to be appropriate for a ubiquitous society were examined, and the sensor-based information was classified into sensing data and metadata
ONS uses the code embedded in RFID to find related information using the same concept as the IP address on the Internet, and various RFID services are provided through ALE middleware and EPC IS (Information Service[17])
When the information system is established, it can recognize the RFID tag of cargo vehicles and provide logistics information such as the location and time of passage to consignors and delivery companies, and it can be used for the automation of vehicle loading and unloading
Summary
With the development of sensor technology, the human-centered information society is rapidly transforming into a ubiquitous computing society in which information can be organically combined and utilized between objects beyond humans and computers. This is due to the view that sensor-based information is one of the technological changes in the IT sector. We built a webpage to research realistic and economical sensing service models and to efficiently provide users with the sensor-based information via the web in stages. Since the proposed content for the implementation plan’s sensor-based webpage design includes various technical, institutional, and industrial considerations, various considerations that can appear in the real world have been fully utilized[3]
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