计算机应用与软件
計算機應用與軟件
계산궤응용여연건
COMPUTER APPLICATIONS AND SOFTWARE
2014年
11期
214-216,268
,共4页
FTPS%SSL%医院病理信息系统%实时图像传输
FTPS%SSL%醫院病理信息繫統%實時圖像傳輸
FTPS%SSL%의원병리신식계통%실시도상전수
File transfer protocol secure (FTPS)%Secure sockets layer (SSL)%Hospital pathology information system%Real-time image transmission
针对主流FTP软件功能无法定制,不能满足影像数据传输特有的需求,设计了实时图像传输软件。实时图像传输器RIT ( Real-time Image Transmitter)软件基于FTPS协议,利用C#语言设计并开发。 RIT客户端包括定时图像检索、图像压缩与发送管理、图像发送等模块;服务器端包括定时检索与解压模块;共同完成实时图像从客户端到SSL型服务器端的物理传输、自动查重及发送记录存储等功能。 RIT作为医院病理信息系统的数据传输模块,在海量图像信息的备份与共享上发挥了重要作用。实验结果表明RIT应用在实时图像传输与管理上可以达到较好的效果,在工程上应用是可行的。
針對主流FTP軟件功能無法定製,不能滿足影像數據傳輸特有的需求,設計瞭實時圖像傳輸軟件。實時圖像傳輸器RIT ( Real-time Image Transmitter)軟件基于FTPS協議,利用C#語言設計併開髮。 RIT客戶耑包括定時圖像檢索、圖像壓縮與髮送管理、圖像髮送等模塊;服務器耑包括定時檢索與解壓模塊;共同完成實時圖像從客戶耑到SSL型服務器耑的物理傳輸、自動查重及髮送記錄存儲等功能。 RIT作為醫院病理信息繫統的數據傳輸模塊,在海量圖像信息的備份與共享上髮揮瞭重要作用。實驗結果錶明RIT應用在實時圖像傳輸與管理上可以達到較好的效果,在工程上應用是可行的。
침대주류FTP연건공능무법정제,불능만족영상수거전수특유적수구,설계료실시도상전수연건。실시도상전수기RIT ( Real-time Image Transmitter)연건기우FTPS협의,이용C#어언설계병개발。 RIT객호단포괄정시도상검색、도상압축여발송관리、도상발송등모괴;복무기단포괄정시검색여해압모괴;공동완성실시도상종객호단도SSL형복무기단적물리전수、자동사중급발송기록존저등공능。 RIT작위의원병리신식계통적수거전수모괴,재해량도상신식적비빈여공향상발휘료중요작용。실험결과표명RIT응용재실시도상전수여관리상가이체도교호적효과,재공정상응용시가행적。
We design a real-time image transmission software targeted at the problem of mainstream FTP software that its functions cannot be customised and it cannot meet the special requirement of image data transmission.The software of real-time image transmitter ( RIT) is based on FTPS protocol, and is designed and developed with C#language.The client of RIT includes the timing image search module, the image compression and transmission management module, and the image transmission module.The server of RIT includes the timing search module and the decompression module, they jointly accomplish the functions of physical transmission of real-time image from client to SSL-basedfile server, automatic rechecking and transmission records storage, etc.As a data transmitting module for hospital pathology informationsystem, RIT plays an important role on the backup and sharing of massive image information.Experimental results show that the method achieves good effect in real-time images transmission and management, and is feasible in application of engineering.