Interactive Service Platform Research Articles

Interactive IoT Cloud Deep Learning Model for Research Development in Universities for the Educational Think Tank

The construction of university education think tanks using the interactive service platform enables the sharing of research resources, encourages cross-disciplinary research collaboration, and fosters innovation in education. It also helps to build a stronger relationship between academia and industry by enabling practitioners to participate in research activities. The Internet of Things (IoT) can be used to collect and analyze data from various sources, including sensors and other connected devices, to provide insights into education-related issues. The integration of these technologies in university education thinks tanks can help to enhance the efficiency and effectiveness of research, decision-making, and collaboration processes. Hence, this paper constructed an Interactive IoT Cloud Computing Platform (IIoTCC). With IIoTCC model the innovative idea about research and other ideas are collected and stored in a Cloud environment. Within the environment, information collected is stored in the stacked architecture model with the voting-based model. Through the stacked model, information is processed and evaluated for academic activities. The IoT environment is implemented through IIoTCC for the information process in a deep learning environment for academic-related issues. Simulation analysis expressed that IIoTCC model achieves a higher accuracy rate of 99.34% which is significantly higher than conventional classifiers.

Retracted: Development of Highly Interactive Service Platform for Social Learning via Ubiquitous Media

Retracted: Development of Highly Interactive Service Platform for Social Learning via Ubiquitous Media

Design and Implementation of Demand Response Information Interactive Service Platform Based on “Internet Plus” Smart Energy

In order to promote the effective use of demand response load side resources, promote the interaction between supply and demand, enhance the level of customer service and achieve the overall utilization of energy, this paper briefly explain the background significance of design demand response information platform and current situation of domestic and foreign development; Analyse the new demand of electricity demand response combined with the application of Internet and big data technology; Design demand response information platform architecture, construct demand responsive system, analyse process of demand response strategy formulate and intelligent execution implement; study application which combined with the big data, Internet and demand response technology; Finally, from information interaction architecture, control architecture and function design perspective design implementation of demand response information platform, illustrate the feasibility of the proposed platform design scheme implemented in a certain extent.

Research on Mobile Internet for Smart Power Consumption

In this paper, research on mobile internet for smart power consumption had been completed; To encourage consumers to participate in peak-shifting, various devices and technologies have been deployed on customer premise, such as interactive terminals, data gathering equipments, load control devices, visualization technology, the interactive service platform and technical support platform etc. These measures have brought out major achievements. In Beijing, Shanghai, Nanchang and Yinchuan, through an empirical study for power consumption in the different cities, experiment showed that mobile internet for smart power consumption could reduce load difference, and smooth load curve, which can improve operation efficiency of power grid and relieve pressure of energy shortage due to the participation of consumers.

CORNSOUP, an interactive service platform for older persons: A usability pilot

CORNSOUP, an interactive service platform for older persons: A usability pilot

Development of Highly Interactive Service Platform for Social Learning via Ubiquitous Media

Several emerging issues concerning the development of interactive learning environment were left unsolved although e-learning has been applied for years. With several studies indicate that more interaction between students and systems increases students’ level of interest and allows them to focus on learning support. Due to the way current interactive learning tools are designed, users have to wear or operate actual tools in order to carry out the required learning procedures. The use of tools for long durations of time results in user fatigue. Hence, this study incorporates the Microsoft Kinect as interactive tool for detecting gestures in the e-learning process. This study also uses the interaction method that we had developed on Facebook to interact with the proposed learning system. The experiments in this study are divided into five parts: system performance of the 3D web engine, gesture accuracy, system and gesture usability, system and gesture satisfaction, and learning satisfaction of the learner. Also, the gesture design was accepted by learners when they interacted with the learning system. Our research shows that our concept as well as the features of our system can fully support social learning and enhance interaction between users in learning environments.

A Comprehensive Multi-Mode Traffic Information Service Platform for Pedestrian and Bicycle Traffic

Slow traffic accounts for a great part of urban transportation, and is drawn more and more attention. However, the service system for this kind of traffic is rather inadequate, which seriously hampers the construction of smart city and digital urban. In this paper, beginning with the characteristics of slow travel persons, we design a multi-mode traffic information service platform for pedestrians and bicycle system specially. In our platform, non-interactive facilities for slow traffic are designed and deployed oriented pedestrians and cyclists. To provide customized information meeting pedestrians’ various demands and allow users’ feedback, the interactive service platform based intelligent mobile terminals and mobile internet is introduced instead of current electronic inquire equipments settled in public.

An Interactive Service Platform Solution Based On Enhanced Data Carousel Scheme

The interactive service platform (ISP) provides a whole solution for interactive digital TV (DTV) from front-end to back-end. The ISP mainly consists of a data broadcast system (DBS) in front-end and an application execution system (AES) in back-end. In interactive DTV domain, interactivity is obtained through interactive applications that can be transmitted in broadcast networks by means of a specified carousel scheme. Since additional DSM-CC messages are used to encapsulate applications, the carousel scheme introduces redundant information that leads to bandwidth redundancy in ISP. This paper presents a whole solution for interactive service platform in interactive DTV domain. The architectures of the DBS and AES and their functional elements are introduced respectively. As the basis of interactive application transmission, the enhanced data carousel(EDC) scheme derived from DVB data carousel is described in detail. Compared to DVB object carousel scheme, the EDC scheme introduces less redundant information, shows a better performance in bandwidth redundancy and presents to be more compact. Optimization strategies applying to broadcast application execution environment based on EDC scheme in AES are also presented. The proposed platform has been implemented and the experimental result shows a good performance.