전체 글 썸네일형 리스트형 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#12 공학 대학원 강좌용[스마트 제조_12]The core technologies of the Internet of Things (IoT) can be categorized into sensing, network, and interface technologies. Sensing technology uses various sensors to detect temperature, humidity, gas, light, and more, enabling remote monitoring and tracking of objects and their environments. Recently, advanced multi-sensing technologies and smart sensors with integrated pro.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#11 공학 대학원 강좌용[스마트 제조_11] 3D printing technology is rapidly approaching us, likely to become as essential as smartphones. Future generations may find it strange that we cannot create products through 3D modeling, and they might even be using 4D printers. The Internet of Things (IoT) enhances the functionality of objects by connecting them to the internet, allowing for continuous data collection thr.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#10 공학 대학원 강좌용[스마트 제조_10] The ultimate manufacturing environment, where everything is connected, is approaching us under the concept of the "Fourth Industrial Revolution." This trend seamlessly integrates into our lives, much like how social media and messaging platforms have connected people and facilitated the sharing of thoughts since the advent of the internet. However, it is important to note t.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#9 공학 대학원 강좌용[스마트 제조_9] The hyper-connected society signifies an era of two-way communication driven by the development of the internet and mobile devices. The expansion of connections between people and objects allows for real-time information exchange, serving as a foundation for creating new value. The integration of factories and organic supply chains leads to manufacturing innovations, as seen.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#8 공학 대학원 강좌용[스마트 제조_8]“The text emphasizes the importance of data utilization in smart manufacturing and the need for collaboration between companies. It explains that data collection and transparency are essential for diagnosing a company's health and building trust with consumers. Through cloud computing and virtual factories, resource sharing and cost reduction between small and large enterpris.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#7 공학 대학원 강좌용[스마트 제조_7]For smart manufacturing, data collection and utilization are essential, allowing companies to continuously monitor their health. The true value of data lies in the comprehensive analysis and judgment made by experts, akin to health diagnoses in hospitals. By publicly sharing objective data, companies can build trust with consumers, contributing to mutual understanding. Additi.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#6 공학 대학원 강좌용[스마트 제조_6] To achieve smart manufacturing, the smartization of equipment is essential, which involves several stages such as sensing, data interpretation, connectivity, flexibility, and reconfigurability. Smart equipment must be able to detect internal and external signals, interpret their meanings, and make decisions accordingly. Additionally, the connectivity between equipment is cru.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 책 보기#5 공학 대학원 강좌용[스마트 제조_5] The increase in customized products allows consumers to choose delivery companies that meet their specific needs, leading to safe delivery and specialized services. In logistics, integrated management of supply and sales is essential to reduce delivery times, and new models utilizing 3D printing are emerging. An integrated system is necessary to effectively manage the comple.. 더보기 이전 1 ··· 36 37 38 39 40 다음
