1.
RESULTS: FDDS could raise the speed, accuracy of drug dispensing and improve the quality of pharmaceutical service.
结果:快速配药系统能提高配-发药速度和准确性,改善药学服务质量。
2.
METHODS: The procedure of fast drug dispensing system( FDDS) was analysed and compared with tradiˉ tional dispensing system in advantages and disadvantages.
方法:对快速配药系统的流程进行分析,并对快速配药系统与传统配-发药模式的优、点进行比较。
3.
CONCLUSION: FDDS is suitable for drug dispensing in large-scale hospiˉ tals.
结论:快速配药系统更适合大规模的医院药房配-发药。
4.
Discussion on the Configuring of Highway Speeding Transport System;
公路快速运输系统配置探讨——公路快速客运系统配置
5.
The Research of Fast Pattern Matching Algorithm Based on Snort System
基于Snort系统快速模式匹配算法的研究
6.
Fast Algorithm for Pattern Matching in Intrusion Detection System
一种入侵检测系统快速模式匹配算法
7.
A New Fast Sub-carrier and Bit Allocation Algorithm Applied in Multi-user OFDM Systems
多用户OFDM系统中的快速资源分配算法
8.
A fast algorithm of load flow calculation in distribution systems based on CIM and distribution automation
基于CIM和配电自动化系统的配网快速潮流计算
9.
Research on the System of Rapid Design and Its Application for Motor Parts;
面向汽配产品的快速设计系统研究及应用
10.
A Feature-based System for Rapid Configuration of Disperse Manufacturing Resources;
基于特征的异地制造资源快速配置系统
11.
Distribution System Reliability Fuzzy Evalution Based on Rapid Traverse
基于故障快速遍历的配电系统可靠性模糊评估
12.
Application on Matching the Ash of Quickly Ration Loading System in Taiyuan Coal Preparation Plant
太原选煤厂快速定量装车系统配灰的应用
13.
Research on the Fast Scene Matching Algorithm in the Inertial Integrated Navigation System
惯性组合导航系统中的快速景象匹配算法研究
14.
A Research on Product Rapid Design System for Auto Parts Manufacturers
面向汽车配件制造业的产品快速设计系统研究
15.
Research on Automatic Assembly Technology Based on Parameters of Rapid Design System for Machine Tool
机床快速设计系统的参数化自动装配技术研究
16.
Rapid string matching algorithm for intrusion detection systems
用于入侵检测系统的快速字符串匹配算法
17.
Drugs Testing Vehicle's Near-infrared System Quickly Identify the Authenticity of Gan Kang
利用药品快检车近红外系统快速鉴别感康的真伪
18.
Systemic, Rapid and Efficient Determination of β-agonist in Veterinary Drug Residues;
β-兴奋剂类兽药多残留系统快速高效检测方法的研究