Font Size: a A A

Radio Frequency Identification Technology In The Application Of Drug Safety And Supply Chain Management

Posted on:2014-01-15Degree:MasterType:Thesis
Country:ChinaCandidate:Y DiFull Text:PDF
GTID:2248330398470833Subject:Electronic and communication engineering
Abstract/Summary:PDF Full Text Request
The use of drugs is widespread in the medical and health recipients. In recent years, China is in a medical malpractice high incidence period. Among these, there is a very significant reason is counterfeit drugs enter the circulation market. If we want to fundamentally solve this problem, we need to improve the safety factor of the entire chain; here two viable ways:one is to improve the management and efficiency of the supply chain, to shut out fake and shoddy products; another inspection effort is to strengthen the regulatory authorities.To solve these problems, thispaper based on radio frequency identification technology, combined with the medical management system, a novel idea:First, the use of radio frequency identification technology to collect relevant data. Radio frequency identification technology is an automatic identification technology, which has a lot of advantages, such as high data acquisition rates and accuracy. Secondly, in the supply chain, the data node storage, and database information is updated in real time, to ensure the validity of the data; finally, in order to effectively conduct retrospective locate and identify the authenticity, Baidu Map is introduced.In the process of implementation of the project, based on the structures of the various modules and hardware systems, radio frequency identification technology is very useful in Supply chain management. Through the test, the entire software system can provide a reliable and efficient platform for the medical supply chain, which can provide more effective ways for the medical supervision departments.
Keywords/Search Tags:rfidsupply, chainBaidu, mapretrospectivea, uthenticityof, identification
PDF Full Text Request
Related items