A Fast Developing Method of RPA Robotics Based on Demand-Driven
LI Xifeng;QIAO Na;XING Qiang;PANG Yongxia;SONG Zuyang;YANG Su;Shared Services Company Dongying Branch of SINOPEC;Shengli Vocational College of Shandong Province;Shengli Well Logging Company of SINOPEC;
At present, RPA robotics are applied in daily official enviorment such as finance and human resources, which is playing more important role for realizing official automation, improving working efficiency and decreasing labor cost.But very complicated business scenario of finance and HR are and multiplex demand of customers cause traditional waterfall software developing model failure. Once understanding of developers for demand of business personnel is incorrect,large volume of designing works will be repeated and communicating cost will be increased. Current RPA tools appearing in domestic and overseas market are used during very complicated steps, which cannot perceive demand of customers rapidly and effectively, build automatic process and cause higher cost of deployment.From aspects of agile developing theory, a fast developing method of RPA robotics based on demand-driven of customers in this paper. At first, aiming at basical demand of customers, a underlying functional platform is designed and realized, including the acquiring and analyzing function for meta data and manipulating activities of customers, automatically generating function for process automating model, matching and recognizing function of images and simulating function of keyboard and mouse. Next, aiming at customized demand, extending functions such as self-definition of automatic process and customization of texts are realized through interface of modules in underlying functional platform. Pointing to various demand of customers, functions of the system can be extended at any time through reserved interface of platform.The actual application shows that method in this paper can satisfy various and complicated demand from customers and business scenario and realize rapid customizationof RPA robotics.
【CateGory Index】： TP242