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1·Change flow, conflict detection, and conflict resolution.

更改流程，冲突检测，以及冲突解决。

2·For each mapping, set the conflict detection and resolution.

对于每个映射，设置冲突检测和解决方法。

3·This paper mainly focuses on the security policy transformation and conflict detection techniques.

本文对安全策略转换和冲突检测技术进行了系统而深入的研究。

4·Distributed, featuring robust, incremental replication with bi-directional conflict detection and management.

分布式的、特性丰富、具备双向冲突检测及管理的增量复制。

5·Replication was used for disaster recovery purposes, using peer-to-peer replication with update conflict detection.

复制用于灾难恢复目的，这里将要使用带有更新冲突检测的对等式复制。

6·To increase the accuracy of mid-range conflict detection, designing a more ac-curate probabilistic model of aircraft motion is necessary.

为了提高中程飞行冲突探测的精确性，有必要为飞机运动建立一个更精确的概率模型。

7·Optimistic concurrency support is built into SDO, allowing disconnected data manipulation without requiring the application to implement change tracking and conflict detection.

在SDO中构建了开放式并发支持，允许处理断开连接的数据，而无需要求应用程序实施更改跟踪和冲突检测。

8·Security policy transformation is a basic means for automatic policy configuration. Security policy conflict detection is an essential guarantee for correct policy configuration.

安全策略转换是实现策略自动配置的基本手段，安全策略冲突检测是实现策略正确配置的根本保证。

9·It also analyses how to use genetic algorithms to free flight conflict detection and solving. The principles of simple genetic algorithms (SGA) and its operation steps are introduced briefly.

分析了如何将遗传算法用于自由飞条件下的飞行冲突探测与解脱问题，并介绍了基本遗传算法的原理和运算步骤。

10·Flight plan conflict advance detection was studied drastically, and an interrelated algorithm was presented.

对飞行计划冲突预探测进行了彻底的研究，给出了相应的预探测算法。