Foundational elements of next generation cyber physical and IoT frameworks for distributed collaboration

Cloud based manufacturing: A review of recent developments in architectures, technologies, infrastructures, platforms and associated challenges

“…The term "real-time capability" refers to more than just the act of gathering data; it also encompasses real-time data processing, real-time decision-making in light of newly discovered information [157], and even real-time detection of cyber-security attacks [158]. Cecil et al [159] described the functional parts of IoT-based CPS. They came up with the phrase IoT-based CPS to refer to the development of collaborative systems that include both cyber and physical components and make use of IoT-based principles in order to share data, knowledge, and information.…”

“…Users can explore and interact with the Vive™ Virtual Reality system in Unity-based environments. The development Infrastructure • Optimal allocation of resources [110] of low-cost digital prototyping is an essential step toward the acceptance of cyber-physical practices [159]. In another study, Cecil et al [160] discussed the design and implementation of an IoT-based CPS in the context of I 4.0 for the field of micro device assembly.…”

https://researchopenworld.com/virtual-reality-based-training-environments-for-orthopedic-surgery/#

“…The use of cloud based approaches along with Virtual Reality (VR) based technologies can transform the way medical training is performed. Software Defined Networking (SDN) principles can be used to support such cloud based training approaches which not only reduce the complexity seen in today's networks, but also help Cloud service providers host millions of virtual networks without the need for common separation/isolation methods [9,15,32]. In [15], a cloud based training framework to support haptic interface based training activities in LISS plating surgery has been discussed.…”