2018,10(6):119-122.
doi: 10.16670/j.cnki.cn11-5823/tu.2018.06.20
Aiming at solving the problems of lagging business flow, low efficiency, and high error rate in various organizational departments of construction companies, this paper introduces the design and development of fastonline customizationof the business process based on the information system platform. The paper presents the function design, implementation, application, and key technologies of the business process of the information system platformin details.Furthermore, the system realizes the intelligent customization of thefunctional pipeline of various business processes in enterprise, which greatly improves the management level and efficiency by customizing the process to quickly respond to the changing business requirements, and achieves the purpose of efficient office automation online.
2017,9(5):75-78.
doi: 10.16670/j.cnki.cn11-5823/tu.2017.05.13
With the arrival of the Internet plus era, we developed a web-based online construction drawings reviewing and managing system, to meet the digitization transformation requirements of construction drawing reviewing work from traditional paper document mode all over the country.This paper introduces the business process of the construction drawing review, the function design and implementation of the system, the key technologies, and etc.The system realizes the systematization and standardization of the reviewing process, which scientifically manages the drawings and improves the management level and the service efficiency and quality of the drawing review process.
2017,9(6):104-107.
doi: 10.16670/j.cnki.cn11-5823/tu.2017.06.18
With the rapid-developing Internet technology and constant-emerging new skills, the information platforms also need to be updated to adapt to more diverse needs and lager data.Limited to the development of technology before, the traditional information development platform, which employs the development mode of combinedfront-end and back-end, can be functional restricted to each other at the front and back ends, which leads to low efficiency in interacting with large numbers of data, and heavy work in platform maintaining and upgrading. In this paper, a new platform is designed and developed by using front-end and back-end separation, which enables the separate distribution of the back-end service components for more efficient and standardized services. The front-end realizes various functions by calling different components, providing the underlying technology architecture and general module, which enables developers to concentrate more on industry business. On that basis, the design objectives, infrastructure design, functional design, and etc. are elaborated in the paper.