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The main objective of this study was to identify editorial practices related to time management in Spanish Communication journals and determine whether their time management is homogeneous, as well as to evaluate which journals are more agile, discover the differences between general and special issues, and identify practices that could streamline the publication process. To this end, we worked with an exploratory‐type methodology focused on content analysis. The sample analysed included 1,581 articles published in 2021 by the 62 Communication journals included in the Índice Dialnet de Revistas (IDR) 2020, differentiating between those published in general and special issues, with the aim of focusing attention on the time elapsed from when journals receive articles until their final publication. The results reveal little homogeneity in policies regarding information on dates and confirms average times of more than 6 months for the duration of the process, with the publication process for special issues being more agile. The strength of this work lies in the demonstration of the need to work on common policies that enable the publication process to be streamlined while accelerating the availability of research results for the benefit of academia as well as society. [ABSTRACT FROM AUTHOR]

Device‐to‐Device (D2D) communication is one of the leading technologies which works under the aegis of fifth generation (5G) communication for the Internet of Things in Healthcare. In D2D communication, power control with resource allocation is the most challenging area for the research to make them suitable for IoT devices. In the present work, power control with resource allocation is done by using the Linear pricing game power allocation method. First, a mathematical min‐function based problem is proposed whilst taking the interference, data rate and minimum power requirement as a constraint to ensure the resource and power allocation. In the next phase, a linear pricing game (LPG) method is utilized to propose the LPG power control with resource allocation (L‐PaRAG). Mathematical analysis and theorem ensure the minimum cost function with global stability for an optimal solution of the proposed problem. Numerical analysis and results show that the proposed algorithm gives the best results for power control and resource management whilst managing the interference to maintain the quality of services (QoS) in D2D communication. Optimized power can be utilized for the communication between the base station and D2D users, especially, during disaster management. [ABSTRACT FROM AUTHOR]