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1·Probit analysis was developed by Chester in 1934.

概率元分析是由切斯特于1934年提出的。

2·The PROBIT architecture in an SOA world.

soa世界中的PROBIT体系结构。

3·Implementing the PROBIT architecture with IBM products.

使用IBM产品实现PROBIT体系结构。

4·Figure 4 represents the SOA view of the PROBIT architecture.

图4表示PROBIT体系结构的soa视图。

5·This high-level architecture forms the basis for the architecture of the PROBIT tool.

此高级体系结构形成了 PROBIT 工具体系结构的基础。

6·The next section describes in more detail the IBM products used to implement the PROBIT architecture.

下一个部分将更详细地描述用于实现 PROBIT 体系结构的 IBM 产品。

7·The connectivity layer mainly highlights a broker component within the context of the PROBIT architecture.

在PROBIT体系结构的上下文中，连接层主要突出体现了一个代理组件。

8·Predictive Real-time Business Intelligence Tool (PROBIT) : The architecture and vision of a situational awareness framework.

预测性实时业务智能工具(PROBIT)：环境感知性框架的体系结构和远景。

9·The regression analysis showed that there was significantly positive correlation between probit and logarithm of concentrations.

回归分析表明，两种离子的概率单位与浓度对数之间存在着极显著的正相关。

10·In addition, PROBIT utilizes the Generalized Publish and Subscribe Services (GPASS) ([1], [2]) to distribute events to event consumers.

此外，PROBIT还利用通用发布与订阅服务(GPASS)([1]、[2])将事件分发给事件使用者。