Scientific collaboration has a complex hypernetwork structure. How to construct scientific in system is an open issue. In this paper, non-uniform dynamic collaborative evolution model proposed. the proposed method, each scholar viewed as node, and cooperation relationship regarded hyperedge. This includes three processes: adding hyperedges, entering nodes, forming hyperedges by new nodes. It th...

<span lang="EN-US">Scientific research is currently considered one of the key factors in development our life. It plays a significant role managing business, study, and work more conveniently. One important aspects when it comes to scientific level collaboration among researchers/disciplines. The between two different disciplines contributes obtaining reliable solutions for everyday issue...

introduction: the articles indexed in accredited citation databases essentially indicate how scientists share knowledge and promote sustainable development in each country. therefore, according to citations to the papers of individuals, it could be possible to assess the rate of their acceptability in the scientific community. the main objective of this study was to review lotka's law of scient...

With the increasing differentiation of organisations involved in the pursuit of public health, there is also a growing need for inter-organisational integration. Starting from the concepts of differentiation and integration, this article is attempting a theoretical reconstruction based on published research on inter-organisational integration in public health and related welfare services. Diffe...

Scientific collaboration is one of the key factors to trigger innovations. Coauthorship networks have been taken as representations of scholars’ collaboration for a long time. This study investigates how the authors’ attributes and the coauthorship network structures simultaneously influence the scientific collaboration among them. Exponential random graph models (ERGMs) are adopted in this res...

Science is increasingly dominated by teams. Understanding patterns of scientific collaboration and their impacts on the productivity and evolution of disciplines is crucial to understand scientific processes. Electronic bibliography offers a unique opportunity to map and investigate the nature of scientific collaboration. Recent studies have demonstrated a counterintuitive organizational patter...