"intelligent manufacturing" is an acceptable phrase in written English.
It is used to refer to using machines/technology to automate production, with the goal of minimizing waste, errors, and costs while increasing productivity and efficiency. For example: "The factory increased its efficiency by investing in intelligent manufacturing technology."
In turn, suppliers to ID card manufacturers have created more intelligent manufacturing systems that can help defray the ultimate card costs.
With the development of industrial big data, the Internet of Things, and intelligent manufacturing, new technique based on computational intelligence is an important way to implement a zero-fault and predicable production system.
Intelligent manufacturing systems should have the capabilities of flexibility, adaptability, and intelligence.
New-generation intelligent manufacturing represents an in-depth integration of new-generation artificial intelligence (AI) technology and advanced manufacturing technology.
Intelligent manufacturing systems, robotics, materials processing, concurrent design methods, sensors.
Some developing trends in intelligent manufacturing are discussed.
Given the shortcomings of traditional scheduling algorithm in Intelligent Manufacturing, the architecture of multi-agent-based Intelligent Manufacturing System is put forward, which represents the basic processing entity.
Then, a semantic network is developed for intelligent manufacturing based on hierarchical structure of manufacturing systems to provide Meta knowledge of intelligent manufacturing applications.
Advanced on-machine measurement (OMM) is evolving as the key enabling technology for autonomous and intelligent manufacturing.
We present a new micro-vision system for tool wear monitoring, which is essential for intelligent manufacturing.
Yusuf, "Rapid Prototyping Technology: Applications and Benefits for Rapid Product Development," Journal of Intelligent Manufacturing 10, no.
