Dynamic scheduling（动态调度）¶

Palantir's dynamic scheduling capabilities enable builders to create scheduling and resource allocation workflows that reflect the real-world complexities of their organization and that are tailored to their specific needs.

For example, the Scheduling Gantt Chart widget in Workshop lets you build interactive schedule applications in which users can:

Visualize schedules and their constraints.
Modify schedules with a drag-and-drop interface.
Find scheduling recommendations.
Execute Ontology Actions.

The Program Scheduling widget provides a chronological view of programs, projects, and tasks, allowing users to track progress across workstreams, visualize task dependencies, and identify blockers that may impact downstream deliverables.

With these dynamic scheduling capabilities, users can address a wide range of challenges, such as:

Optimizing employee schedules to balance between priorities and constraints as they change over time.
Building resiliency to disruption in transportation and logistics networks with real-time resolutions backed by machine learning.
Efficiently increasing manufacturing output by improving production planning and scheduling.

Dynamic scheduling is anchored by three principles:

Palantir's dynamic scheduling capabilities put these principles into practice. Learn more about the core concepts of dynamic scheduling.

中文翻译¶

动态调度¶

Palantir 的动态调度功能使构建者能够创建反映其组织真实复杂性的调度和资源分配工作流，并根据其特定需求进行定制。

例如，Workshop 中的调度甘特图(Scheduling Gantt Chart)组件允许您构建交互式调度应用程序，用户可以在其中：

可视化调度及其约束条件。
通过拖放界面修改调度。
查找调度建议。
执行本体操作(Ontology Actions)。

项目调度(Program Scheduling)组件提供了项目、计划和任务的时序视图，使用户能够跨工作流跟踪进度、可视化任务依赖关系，并识别可能影响下游交付物的阻塞项。

借助这些动态调度功能，用户可以应对各种挑战，例如：

优化员工排班，以平衡随时间变化的优先级和约束条件。
通过机器学习支持的实时解决方案，增强交通和物流网络对中断的恢复能力。
通过改进生产计划和调度，有效提高制造业产出。

动态调度以三个原则为基础：

Palantir 的动态调度功能将这些原则付诸实践。进一步了解动态调度的核心概念。