The phrase "automation advances" is grammatically correct and can be used in written English.
It refers to the progress and improvements in the development and implementation of automated processes and technologies. It can be used in various contexts, such as discussing advancements in manufacturing, transportation, or other industries where automation is utilized. Example: "Thanks to recent automation advances, our production efficiency has increased by 25%."
Giants like the Triple E may only (remarkably) be staffed by a crew of 20 people, but even so the type of automation advances touted as making cars and trucks safer could also be used to improve ships – even ships of such gigantic proportions.
"Some of the more radical prophets foresee the time when as little as 2% of the workforce will be employed, [and] warn that the whole concept of people as producers of goods and services will become obsolete as automation advances," the article claimed.
With recent automation advances, CryoEM structures of large assemblies can be obtained at subnanometer resolution within few days of work (Zhang et al., 2009).
Techniques like manometry have enjoyed many improvements due to advances in transducer technology, computerized automation, advances in software development, and topographic color-plot data presentation [ 8- 10].
Nevertheless there are foreseeable applications in specific areas like automotive automation, health care, home automation, advanced manufacturing.
Here a new idea - application of a very well known tool from production automation "advanced robots" - will be presented.
These initiatives laid the groundwork for the internet, electronic design automation, advanced computer graphics, the explosion in agricultural productivity, and the revolution in genetics-based drug discovery.
Compounded by the economic and demographic changes taking place today, automation, advanced robotics and software-driven technologies are ushering in a new era — one of shorter supply chains that will provide fewer opportunities for the developing world.
Tremendous achievements have been accomplished regarding quality of the analytical phase as a result of entry of automations, advanced analytical techniques and sophisticated information technology, improvement in training and qualification of testing personnel, and establishment of effective external quality assessment schemes [ 1, 2].
Such work is generally less amenable to automation, but advances in cognitive automation might automate some analytical tasks, or "learn" from previous client engagements.
Automation and advances in signalling reduce the impediments to a smooth and timely rail system.
