Frontend of a Digital Publication Repository on the DSpace Platform
Abstract
This article is dedicated to exploring the architecture of Angular, used as the frontend for a digital publication repository on the DSpace platform. The study aims to elucidate the key principles and features of constructing a modern frontend that provides an intuitive interface and ensures high performance in managing digital objects. The authors thoroughly examine the modular organization of the application, the component-based approach, the use of two-way data binding, and asynchronous operations. Together, these elements enable the creation of dynamic, scalable, and load-resilient web applications. The significance of studying frontend architecture lies in its capacity to adapt the DSpace platform to the demands of the modern digital environment. The adoption of Angular as the frontend grants developers extensive opportunities to integrate additional functionalities, such as analytics, responsive design, and process automation. As a result, the digital repository evolves into an effective tool for storing, managing, and disseminating scientific publications, thereby enhancing information accessibility for researchers and the scientific community. Furthermore, the article provides a detailed description of the core structural elements of the frontend architecture, which will assist developers in optimizing the processes of development, testing, and maintenance of Dspace. Thus, the study of Angular architecture in the context of DSpace plays a pivotal role in creating modern digital systems that improve the quality of scientific content and ensure transparent access to information amid the digital transformation of educational and research institutions. The implementation of such frontend solutions also fosters better interoperability between diverse systems and elevates the quality of service for end users.

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