MDP提高可重用性。
MDP is able to handle all these scenarios.
MDP能够处理所有这些场景。
MDP facilitates testing and debugging efforts.
MDP促进测试和调试工作。
The MDP model is simple yet versatile and robust.
MDP 模型简单、通用、健壮。
Well-known security mechanisms fit well with MDP.
知名的安全机制很适合于MDP。
MDP can deal with security challenges in a natural and intuitive manner.
MDP可以自然、直观的方式处理安全难题。
You also have the flexibility of choosing and combining protocols and technology while using MDP.
您也可以使用 MDP灵活地选择和组合协议和技术。
MDP can also be extended in a very natural way to provide fault-tolerant capabilities and techniques.
MDP也可通过一种很自然的方式予以扩展，以提供容错功能和技术。
MDP is able to handle the complexities associated with and asynchronous messaging and multithreading.
MDP能够处理与异步消息传送和多线程相关的复杂性。
MDP is able to model two-way asynchronous messaging in which components and applications communicate with each other.
MDP能够建立双向异步消息传送机制，其中组件和应用程序相互通信。
MDP is compatible with common scalability and availability mechanisms (clustering, load balancing, failover, caching, etc).
MDP与通用的可伸缩性和可用性机制(集群、负载平衡、故障转移、缓存等)相兼容。
Isoprinosine and muramyl dipeptide (MDP) could promote animal immune function, and prolong the sleeping time of mice and rabbits.
异斯皮洛宁和鼠基二肽（MDP）可以促进动物的免疫功能，并延长小鼠和兔子的睡眠时间。
MDP-1 type controller for harmonic test and current sudden drop test as well as some problems in the practical testing were introduced.
介绍了MDP 1型谐波及骤降试验控制器及其在实际运行中遇到的一些问题。
Isoprinosine, transfer factor and muramyl dipeptide(MDP) could promote animal immune function, and prolong the sleeping time of mice and rabbits.
异丙肌苷、转移因子、胞壁酰二肽（MDP）在增强动物免疫功能的同时，均能延长动物的慢波睡眠时间。
Purpose: The evaluation of repair of a segmental diaphyseal defect with the coralline hydroxyapatite (CHA) using 99m Tc MDP bone dynamic imaging.
目的：应用核素骨显像观察不同骨移植物对实验动物骨干缺损修复的动态过程，评价术后不同时期移植骨成活状态。
Purpose: The evaluation of repair of a segmental diaphyseal defect with the coralline hydroxyapatite (CHA) using 99m Tc MDP bone dynamic imaging.
目的：应用核素骨显像观察不同骨移植物对实验动物骨干缺损修复的动态过程，评价术后不同时期移植骨成活状态。
应用推荐