Knowledge-Based Communication System

Abstract

With the evolvement of wired and wireless communication technologies and the rapid development of heterogeneous big-data integration, the internet of things (IoT), digital transformation, and distributed storage processes, information communication technology (ICT) has gradually become complicated and intelligent. Knowledge-based communication is used as an evolutionary platform to interact with users through wireless personalized communication; this communication form's capability to connect with knowledge-based communication means that general users are able to access the platform easily and can receive a variety of services.The paper by Thirunavukkarasu et al.[1] presents a nonintrusive forensic-detection method using a discrete stationary wavelet transform (SWT) and multidimensional-scaling (MDS) feature descriptors. It is used as a reduced feature set for detecting the category of copy-move image tampering that automatically identifies multiple tampered regions and distorted tampered regions using the knowledge of the images. The paper by Lim et al. [2] presents the design of a wearable radio-frequency identification antenna using a redesigned antenna and the employment of spiral structures. This is used in the development of the wearable radio-frequency identification antenna for cuffs or shirt collars based on an analysis and the dimensions of the antenna geometry.The paper by Jeong et al.[3] presents a hierarchical biometric-information management scheme through a heterogeneous-device synchronization. This is the study of an analytic hierarchy process (AHP) that uses an information-management scheme for the analysis of medical-device correlations for the purpose of treatment. In addition, it performs not only hospital administrative work but also disease analysis and treatment. The paper by Jin et al.[4] introduces influencing factors, a structural connotation, and measuring dimensions