"smart processes" is a correct and commonly used phrase in written English.
It refers to the use of advanced technology and intelligent systems to streamline and optimize processes in various industries. Example: Our company has implemented smart processes to improve efficiency and reduce costs in our manufacturing department.
He sought, instead, to rely on "objective and smart processes" of evaluation.
British scientists claim around 10% of internationally recognised scientific prizes every year.But what matters for economic innovation is turning scientific discoveries into new products and smart processes.
Anytime you invest in smart processes that foster respect, curiosity, probing, questions over answers, listening, making connections, providing new and fresh perspectives and breaking down the boxes we all build around ourselves, you are maximizing opportunities to learn in unexpected and powerful ways.
For resolving problems such as how the user implement three-dimensional CAD model retrievals and how to reuse the retrieval results during the smart process planning, this paper present an ontology-based algorithm for three-dimensional CAD model retrieval.
According to Forrester, these smart-process apps overlap with SaaS products "because the browser-based access model for SaaS products works better for collaboration among internal and external participants than behind-the-firewall deployments".
These sustainable technologies include smart electrical processes; renewable energy systems; and innovative, even disruptive, software programmes that enhance energy efficiency.
Sustainability is a primary issue in the design of "smart" chemical processes.
The favorite philosophy is based on "smart business" processes adapted by the authors using cost engineering techniques.
ISMC (Intelligent, Secured, Managed and Connected) represents the essential features of smart machining processes enabled by smart toolings (smart cutting tools, smart collets and smart fixtures, etc).. ISMC is the essential and dispensable design rules and fundamentals in developing smart toolings and adaptive smart machining systems.
In this paper, we have developed two models, a core model of smart learning processes (Fig. 6), and a model of characteristics of the environment, in which smart learning take place (Fig. 8).
Classical though his shooting style may be, Davies isn't afraid to try a little digital trickery: he overcomes the awkward age-jump moment when the younger actors are jettisoned by a smart ageing process in a portrait-photography studio.
