Tactile Internet Training and Certification
This course on Tactile Internet covers all the topics which are required to understand this concept completely. The Tactile Internet is an Internet network that combines ultra-low latency with extremely high availability, reliability, and security. It is the next evolution that will enable the control of the Internet of Things in real-time. This will add a new dimension to human-to-machine interaction by enabling tactile and haptic sensations. It also revolutionalizes the interaction of machines. This will enable humans and machines to interact with their environment in real-time. The Tactile internet should be built in such areas where machines are strong and humans are weak so that the machines will complement humans. As the power of the machines increase, the value of human input should also grow.
The basic principle of the Tactile Internet is that all human senses can interact with machines and technologies to enable and enhance that interaction that will deliver the Tactile Internet. This will also facilitate haptic interaction with visual feedback. Haptic relates to the sense of touch and proprioception. It is the sense of the relative positioning of the parts of the body. It also strengthens the effort which is used in the movement. The visual feedback in these systems will help in controlling the motion in the systems. The E2E latency of 1 ms is necessary for Tactile internet applications. The Tactile Internet will combine multiple technologies, both at the network and application levels. At the edges of the network, the Tactile Internet will be enabled by the Internet of things and robots. In this, the content and data will be transmitted over a 5G network, the intelligence will be enabled closer to the user experience through mobile edge computing. Automation, robotics, telepresence, Augmented reality, virtual reality, and Artificial Intelligence all will play an important role in this. Use cases of the Tactile Internet include Automation, robotics, and telepresence which are already growing in various Industrial applications like smart factories, and also for the remote operation of Industrial machinery.