2 research outputs found
Research on All-content Text Recognition Method for Financial Ticket Image
With the development of the economy, the number of financial tickets
increases rapidly. The traditional manual invoice reimbursement and financial
accounting system bring more and more burden to financial accountants.
Therefore, based on the research and analysis of a large number of real
financial ticket data, we designed an accurate and efficient all contents text
detection and recognition method based on deep learning. This method has higher
recognition accuracy and recall rate and can meet the actual requirements of
financial accounting work. In addition, we propose a Financial Ticket Character
Recognition Framework (FTCRF). According to the characteristics of Chinese
character recognition, this framework contains a two-step information
extraction method, which can improve the speed of Chinese character
recognition. The experimental results show that the average recognition
accuracy of this method is 91.75\% for character sequence and 87\% for the
whole ticket. The availability and effectiveness of this method are verified by
a commercial application system, which significantly improves the efficiency of
the financial accounting system
Financial ticket intelligent recognition system based on deep learning
Facing the rapid growth in the issuance of financial tickets (or bills,
invoices etc.), traditional manual invoice reimbursement and financial
accounting system are imposing an increasing burden on financial accountants
and consuming excessive manpower. To solve this problem, we proposes an
iterative self-learning Framework of Financial Ticket intelligent Recognition
System (FFTRS), which can support the fast iterative updating and extensibility
of the algorithm model, which are the fundamental requirements for a practical
financial accounting system. In addition, we designed a simple yet efficient
Financial Ticket Faster Detection network (FTFDNet) and an intelligent data
warehouse of financial ticket are designed to strengthen its efficiency and
performance. At present, the system can recognize 194 kinds of financial
tickets and has an automatic iterative optimization mechanism, which means,
with the increase of application time, the types of tickets supported by the
system will continue to increase, and the accuracy of recognition will continue
to improve. Experimental results show that the average recognition accuracy of
the system is 97.07%, and the average running time for a single ticket is
175.67ms. The practical value of the system has been tested in a commercial
application, which makes a beneficial attempt for the deep learning technology
in financial accounting work