Browsing by Author "Chen, Yeh-Cheng"

Now showing 1 - 9 of 9

An Effective Digital System for Intelligent Financial Environments
(2019-01-01)
Zhang, Wenyuan
;
Chen, Ruey-Shun
;
Chen, Yeh-Cheng
;
Lu, S-Y
;
Xiong, Naixue
A good set of the financial system could take care of all accounting entries and their impacts on the whole intelligent financial environment. The total flow of money and total expenditures will be reflected here. The intelligent financial system can improve the utilization of data, increase the work efficiency of financial personnel, and increase the security of financial processing services. This system could help the managers make their important financial decisions, financial budgeting, and so on. They can know about the financial conditions at any time. Based on the collection and processing of financial data, we design and analyze the related financial system to carry out the intelligent property of the financial environments. The system extends the quality of financial reporting, SOX compliance, and internal controls in a financial system, including credit management, revenue recognition, bad debts allowance. Once there is an early warning in the financial system, our proposed enhanced system could give a fast early response, and bridge a positive linkage about the planning department, finance department, and top managers, which could avoid potential exposure to bad debts. This system guarantees that the credible customers are selected, and avoid the potential risk of bad debts are incurred by a loose credit limit. It strengthens the preventive control over aging receivables management and detects the potential risk of bad debts in the earlier system alert.
Application of Green Collaboration Operation on Network Industry
(2015-01-01)
Chen, Yeh-Cheng
;
Chu, Chi Nung
;
Sun, Hung-Min
;
Chen, Ruey-Shun
;
Chen, Ling-Chi
Traditional information system and managerial mechanism cannot meet the new environment protection regulations; therefore, a new solution must be set up, else it may run the risk of losing the market and the value of product brand. This research focuses on the solutions provided by the network and communication industry, manufacture of the green products, and the establishment of a Web based green collaboration management system, which incorporates the environment protection requests into the product development and green supply chain activities. There are three goals: (1) For the design of green products, green components and product management are set up for the purpose of de-toxin and ease of disassemble; (2) For the green supply chain, the management of hazardous substances, product recycle and disassemble are set up; (3) For the product recycling management, the recycling information is feedback for the product update and collaboration operation. The result of research can provide information for the integration of workflow and information system currently in use, provide RoHS and WEEE management solutions, and set up green collaboration information system, so that green products, brand leadership, and environment protection endeavor can be assured.
Cache Optimization Method to Reduce Network Traffic in Communication systems
(2018-01-01)
Chen, Ruey-Shun
;
Chen, Yeh-Cheng
;
Hu, Yu-Xi
;
Horng, Shi-Jinn
;
Fan, Xiaopeng
using the cloud technology with Smart Protect Network (SPN) to do file virus scanning. The overwhelming increase of population will lead to an increase network traffic usage. In most products, local cache mechanism is implemented for the purpose of reducing the network traffics. However, the database designed to store cache is limited, lot of times, cache will get purged when there are lots of queries sent and replaced by other newest queries. It is not an efficient by using traditional methodology to build or forming cache. In order to reduce the network traffic usage, the paper propose a solution, which utilize data mining technique with clustering concept, by gathering the current feedback data we have from our SPN, we are able to form these data in groups with similarity, and by deploying these data to client side, to achieve the reduction of traffic usage. In prototyping, this design for military communications can really reduce network traffic more than 20%. And the speed of file scanning time can faster more than 12%.
Design and Analysis of a Strengthen Internal Control Scheme for Smart Trust Financial Service
(2019-01-01)
Xiao, Fengjun
;
Chen, Ruey-Shun
;
Zhang, Wenyuan
;
Chen, Yeh-Cheng
;
Lu, S-Y
The construction of the financial module is very important in the intelligent management of the company. The collection, transmission, and processing of relevant item information in the financial module are of great significance to the construction of the intelligent financial module. The intelligent financial processing module can improve financial office efficiency and increase the security of the financial processing process. Section 404 of the Sarbanes-Oxley Act (SOX 404) has always played a decisive role in the quality and transparency of the financial modules of the Enterprise Resource Planning (ERP) of multinational corporations, due to the mandatory nature of the Securities and Exchange Commission (SEC). The purpose of this research is to design a set of intelligent ERP financial modules for multinational corporations that could comply with SOX 404, strengthen internal controls, and improve the security and convenience of the financial module. Thereby achieving intelligent management of financial modules and intelligent prevention of risks. Our solution could fortify the preventive controls over inappropriate payments to products with quality issues, reduce manual efforts for credit memo issuance and receipt. It could also fortify the preventive controls over financial risks potentially threatened by a sudden contingent liability concerning E&O issues. It could prevent potential and unexpected frauds arisen by a malicious user to meet the requirements of SOX over preventive and detective controls over the financial system. It could also ensure the consistency of journals between the preparer's entry and review's approval as well as improve the completeness and timeliness of financial statement assertions.
RFID Application on Manufacturing Process Control in Semiconductor Industry
(2013-01-01)
Chen, Yeh-Cheng
;
Chen, R. S.
;
Ye, C. P.
;
Sun, H. M.
;
資訊管理與財務金融系註：原資管所+財金所
The RFID information system that integrated into semiconductor industry including inventory management, location control and handcar localization. This research focused on cassette management in semiconductor industry. The management enters the data warehouse management from a semiconductor company to the semiconductor company. Based on RFID technology, label information where located on each cassette will be passed to the backend database system. Through RFID technology information, this system presents the RFID label information for the user to achieve tracing purpose. The result unified the RFID and the semiconductor system to establish a set of immediate information management system. Through the RFID technology and flows integration, the RFID system reduced the data warehouse working-hour and increased efficiency in wip production line. The enterprise saved the manpower cost and information transmission was more transparent between customers, manufacture and suppliers.
RFID-Based System on Emergency Medical Care
(2018-01-01)
Chen, Ruey-Shun
;
Hu, Yu-Xi
;
Chen, Yeh-Cheng
;
Horng, Shi-Jinn
;
Fan, Xiaopeng
This study is based on RFID technology to detect the locations of medical care personnel and patient who move around indoors; meanwhile, wearable and mobile physiological signal detection suite technique is associated to monitor the physiological status of the patient at any time. Through the positioning message of RFID, the computer system can assign medical care personnel that is nearest to the patient at emergency accident to perform medical care. Furthermore, through the use of wireless mobile device, it can be ensure that medical care personnel can obtain any emergency message of the patient at any time. Through integration of three techniques such as RFID technique, physiological signal detection suite technique and wireless mobile device, a set of emergency medical care system structure is designed in this study. Meanwhile, based on this system structure, a prototype system is developed to verify the feasibility of this system structure. Through the emergency medical care system developed in this study, no matter when and where emergency accident occurs, medical care personnel can reach the patient at the emergency accident site in the shortest time to reduce the possibility of delayed medical care.
Using Cache Optimization Method to Reduce Network Traffic in Communication Systems Based on Cloud Computing
(2019-01-01)
Kang, Lanlan
;
Chen, Ruey-Shun
;
Chen, Yeh-Cheng
;
Wang, Chung-Chei
;
Li, Xingguan
The overwhelming increase of population will lead to an increase network traffic usage. In most products, local cache mechanism is implemented for the purpose of reducing the network traffics. However, Due to storage space limitations, lot of times, cache will get purged when there are lots of queries sent and replaced by other newest queries. It is not an efficient by using traditional methodology to build or forming cache. In order to reduce the network traffic usage, the paper propose a solution, which utilizes data mining technique with clustering concept, by gathering the current feedback data that have from our SPN (Smart Protection Network). we are able to form these data in groups with similarity, and by deploying these data to client side, to achieve the reduction of traffic usage. In prototype, this design can really reduce network traffic more than 8%.
Using Data Mining Technique to Improve Billing System Performance in Semiconductor Industry
(2018-01-01)
Chen, Yeh-Cheng
;
Chang, Yu-Teng
;
Kan, Y-S
;
Chen, R. S.
;
Wu, S. F.
The new billing approaches are manly to apply the integrated concept of data warehouse with relevant billing data; in addition, use the methods of mining association rule to sort out the Billing Quantities Pattern and then figure out the billing quantities. Moreover, employ the Decision Tree algorithm of data mining to find out the unit billing price. As a result, the new billing approach is made of the methods of data warehouse and date mining. This study is mainly focused on improving the operation of current billing system to establish the new functionality of the Billing quantities and Billing price. As for the benefit of these two new functions, it is not only able to lead into clients' billing systems, but it is also capable of upgrading the efficiency in rapid setup; especially for the enterprises that already possessed billing system internally but not yet implemented. In addition, it can also reduce the difference in revenue, shorten the process of issuing invoice, speed up the export operation, increase the export efficiency and provide the revenue data for integrating into the Executive Data System (EIS), Decision Support System (DSS) and Business Intelligent System (BIS) to allow enterprises making the right decisions promptly.
Using Intelligent Algorithms to Construct a Wafer Foundry System in Manufacturing Industry
(2019-01-01)
Chen, Ruey Shun
;
Chen, Yeh-Cheng
;
Yeh, Jyh-haw
;
Hu, Yu-Xi
;
Xiong, Naixue
The research combines two heuristic algorithms, COMSOAL and Priority rule-based algorithm, to design a production scheduling algorithm. Meanwhile it refers to dispatching rule and wafer start rule. Also base on the requirements and characters of wafer foundry companies, it designs proper capacity constraint model and wafer start rule to construct production planning system. Using simple, fast and flexible methods to generate reasonable and feasible production plans. The results of the research can give the wafer foundry companies several contributions. First, it shortens the execution time of generating a production plan. It improves the flexibility and efficiency of production planning. Second, the resolution of production plan is raised from the summary of manufacturing process and product type to full product name of order and demand allocation. It improves the resolution and accuracy of information analysis. Third, the planning period of wafer start plan is improved as well. Last, the frequency of production planning operation is improved from once a fortnight to once a week.