| 1. | A resource allocation algorithm based on conflict resolution
一种基于冲突消解的资源分配算法 |
| 2. | An improvement of collision resolution approach in fuzzy reasoning
模糊推理中冲突消解方法的改进 |
| 3. | Research on technology of conflicts clearing up in the process of aerospace products development
航天产品协同研制过程中的冲突消解技术研究 |
| 4. | Then , a predition - based conflict - resolution approach is proposed which makes robots avoid dynamic obstacles accurately
同时，设计了一种基于预测的冲突消解方法，使机器人能够对动态障碍物进行精确避障。 |
| 5. | A reinforcement learning algorithm based on process reward and prioritized sweeping is presented as interference solving strategy
本文提出了基于过程奖赏和优先扫除的强化学习算法作为多机器人系统的冲突消解策略。 |
| 6. | To solve the problem of conflict resolution case reasoning in collaborative design , a rough set - based case reasoning strategy was presented
摘要针对协同设计中的冲突消解事例推理问题，提出了一种基于粗糙集的事例推理策略。 |
| 7. | Fuzzy reasoning technology is thoroughly studied in this paper , which includes pattern matching , reasoning control tactic and conflict resolution tactic
本文仔细研究了模糊推理的实现技术，主要包括：模式匹配、推理控制策略，冲突消解策略。 |
| 8. | ? associating with the xiaolangdi project , the inference methods comprehensive inference system are researched and various conflicts resolutions are developed
根据小浪底实际工程，研究了综合推理系统的各种推理方法，提出了各种冲突消解策略。 |
| 9. | Thirdly , we set up rules for robots to avoid moving obstacles and eliminate possible collision between moving robots based on different and dynamic priority
本文建立了动态障碍物的避碰规则,并应用动态优先级法解决了机器人之间发生路径冲突时的冲突消解问题。 |
| 10. | Based on the analysis of process work - flows management under the collaborative mode , the thesis emphatically discusses the dynamic user management and role ' s controlling , procedures modeling , the resolve and dispatcher of process tasks , conflicts elimination and the execution and supervision of work - flows
分析协同工作模式下的工艺工作流管理，着重论述动态用户管理与角色控制、过程模型定义、任务分解与调度、冲突消解和工作流的执行和监控。 |
