跳过导航
Autonomous Systems
Article

Autonomous Systems

Autonomous machines are made up of many systems working together with different functions that can sense, plan and act based on changing variables.

Microsoft, 2021


Editorial Rating

9

getAbstract Rating

  • Comprehensive
  • Overview
  • Background

Recommendation

Microsoft’s “explainer” describes how the future is autonomous, and Microsoft is on the cutting edge. “Project Bonsai” is a user-friendly interface that helps subject experts with no coding experience. After learning various methods to approach a task, AI can respond accurately and effectively to evolving environments. Autonomous systems work with human operators to optimize resources, solve complex problems, reduce waste and give workers time to learn new skills. Using Project Bonsai, companies can coordinate the best minds, aggregate their knowledge and build more robust solutions that can adapt to dynamic conditions. 

Summary

Autonomous systems will eventually replace mechanized and automated systems.

The COVID-19 pandemic brought unprecedented economic disruption due to its global impact. It forced manufacturers to innovate quickly when their human workforce was unavailable. Plans for integrating AI went into overdrive. The challenge was to create AI-powered systems to coordinate with people, freeing them from dangerous and dirty work. Some ways they can assist are:

  • Navigating new challenges by offering calculated advice to workers.
  • Assisting operators as they conduct complex operations.
  • Acting autonomously to complete assigned tasks.

With expertise programmed into AI, and distributed across autonomous or semi-autonomous systems, manufacturers improve productivity, reduce onboarding resources for new hires, and maintain knowledge that future hires can use. When taught various methods for approaching a task, AI can respond accurately and effectively to evolving environments. It draws on the best minds, aggregates their knowledge and offers solutions.

AI can manage systems in a way that is proactive rather than reactive. They can...

About the Author

Microsoft Corporation is an American multinational technology corporation that produces computer software, consumer electronics, personal computers and related services.


Comment on this summary

More on this topic

Related Skills

领导力
利用人工智能进行管理,将人工智能工具整合到管理流程中,使用人工智能分析管理数据,利用人工智能增强团队
管理
生产与物流
发现咨询行业中的人工智能应用案例,识别特定于咨询的人工智能解决方案,探索基于人工智能的咨询方法,利用
发现航空航天和国防行业中的人工智能应用案例,识别军事进步的人工智能应用,实施人工智能以提高航空航天测
发现科技行业中的人工智能应用案例,应用机器学习于科技行业,利用人工智能推动技术创新,识别科技中的人工
利用人工智能提升领导力,将人工智能洞察融入领导决策,使用人工智能工具增强领导战略,通过人工智能分析推
使用人工智能进行生产调度,实施人工智能以提高调度效率,利用人工智能洞察调整生产时间表,通过人工智能分
发现人工智能的应用案例,识别商业中潜在的人工智能应用,探索人工智能在工作场所改进中的可能性,分析人工
利用人工智能进行仓库优化,实施人工智能以减少仓库错误,使用人工智能工具分析仓库效率,利用人工智能算法
发现制造业中的人工智能应用案例,评估人工智能对工厂流程的影响,识别用于质量控制的人工智能解决方案,利
发现生产和供应链的人工智能供应商,评估供应链的人工智能供应商,识别生产挑战的人工智能解决方案,选择物
在生产和供应链中使用人工智能,将人工智能融入供应链决策,通过人工智能技术简化生产,提高供应链效率,利
人工智能转型,实施基于人工智能的流程优化,跨部门整合人工智能解决方案,评估企业采用人工智能的准备情况
发现建筑行业的人工智能应用案例,识别建筑项目规划中的人工智能,利用人工智能提升建筑安全,使用人工智能
发现食品和饮料行业中的人工智能应用案例,识别食品生产中的人工智能机会,实施人工智能进行食品质量控制,
发现农业行业中的人工智能应用案例,识别作物产量的人工智能解决方案,通过人工智能应用优化灌溉,利用人工
使用人工智能进行流程优化,利用人工智能自动化重复性工作流程,提升运营效率,通过人工智能解决方案减少流
发现运输和物流中的人工智能应用案例,实施人工智能以优化物流,评估人工智能在货运管理中的潜力,利用人工
发现能源行业中的人工智能应用案例,识别风力涡轮机的预测性维护,利用人工智能解决方案优化能源分配,使用
发现金属和矿产行业中的人工智能应用案例,识别采矿中的预测性维护机会,优化金属供应链中的物流,自动化矿
发现汽车行业中的人工智能应用案例,整合人工智能于车辆制造,利用人工智能解决方案优化供应链,运用人工智