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Towards Building an Enhancement Approach for Improving the Performance of Shared Repository Pattern

机译:致力于建立一种增强方法,以改善共享存储库模式的性能

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Repository model is an organization model used as a storage medium of a huge database. Also, it is used in interactions between the subsystems of the system in architectural design showing the exchange of data between the subsystems in the system as a whole. The purpose of this paper is to enhance the performance of shared database pattern in the Repository Model. So, the work presented in this paper aims to increase the level of performance of the shared repository pattern when large amounts of data are to be shared by reducing the number of times that is required to access the central database and also to save the cost rather than increasing the speed of response for the subsystems requests to access their desired data. Accordingly the idea of improvement was based on the establishment of (buffer).The proposed model was simulated, and the results of running this simulator show its capability of reducing the access time of data, increasing the speed of accessing the data, increasing the system performance, and also increasing the efficiency of the system work. Also, the proposed model was compared with the approach of Shared repository pattern and the results showed that the proposed approach outperforms better through making enhancement in reducing the access time and increasing the speed of access the data.Finally, this paper provides a new approach to access the data efficiently by improving the time, cost and speed to share the data between those subsystems and also to guarantee that the data will be stored temporarily in the buffer until a new request on data occurs on the buffers.
机译:存储库模型是用作大型数据库的存储介质的组织模型。此外,它还用于体系结构设计中系统子系统之间的交互中,以显示整个系统中子系统之间的数据交换。本文的目的是增强存储库模型中共享数据库模式的性能。因此,本文中提出的工作旨在通过减少访问中央数据库所需的次数来提高共享存储库模式在性能上的性能水平,以减少共享中央数据库所需要的次数,同时还可以节省成本。而不是增加子系统请求访问其所需数据的响应速度。因此,改进的思想是基于(buffer)的建立。对所提出的模型进行了仿真,并且运行该模拟器的结果表明,它具有减少数据访问时间,提高数据访问速度,提高系统性能的能力。性能,也提高了系统工作效率。并且,将该模型与共享存储库模式的方法进行了比较,结果表明,该方法通过增强在减少访问时间和提高数据访问速度方面的性能优于其他方法。最后,本文提供了一种新的方法来解决该问题。通过改善在这些子系统之间共享数据的时间,成本和速度,并保证数据将被临时存储在缓冲区中,直到在缓冲区上出现对数据的新请求之前,可以有效地访问数据。

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