전체 글 썸네일형 리스트형 [스마트팩토리(Smart Factory) : 스마트 제조] 요약 정리#16 공학 대학원 강좌용[스마트 제조_16]SummaryThis concept is referred to as the “Cyber-Physical System (CPS),” which requires “sensing technology” for the integration of physical and virtual environments. Various sectors such as manufacturing, healthcare, security, defense, and agriculture can utilize IoT and RFID tags in virtual reality to manage operations, reflecting this reality to enhance quality of life an.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 요약 정리#15 공학 대학원 강좌용[스마트 제조_15]SummaryThis approach will enable the establishment of a virtuous cycle of corporate resource analysis, value classification, sharing, and feedback. By utilizing a smart manufacturing platform, it would be beneficial to foster collaboration among similar industry firms, share analogous data, analyze manufacturing processes, and share the results and efficacy data. For this to.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 요약 정리#14 공학 대학원 강좌용[스마트 제조_14]SummaryThe advancement of 3D printing technology into large-scale markets may lead to various production challenges. Due to the diverse developments in materials and production methods, there is a need to overcome limitations in quality, particularly in terms of long-term durability and reliability for safety. The book suggests that most of these shortcomings will be address.. 더보기 [스마트팩토리(Smart Factory) : 스마트 제조] 요약 정리#13 공학 대학원 강좌용[스마트 제조_13] SummaryAs 3D printing technology evolves into a large-scale market, various production issues may arise. Due to the diverse material developments and production methods, challenges such as long-term durability and reliability in safety must be addressed to overcome quality limitations. The book suggests that most of these shortcomings will be supplemented, leading to 3D pri.. 더보기 [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 이전 1 ··· 33 34 35 36 37 다음
