Revolution in Mobile Communication by HC3 Technology

Dr. Vijay Kumar Salviya

Abstract

ABSTRACT This article describes the idea of Human Centered Communication and Computing (HC3) technology. The aim of HC3 is to counterpoint communication and enhance human capabilities through interfaces that may convey a user’s ideas, sensations, sensitivity and intent. We have a tendency to find out biological data interfaces to alter folks, to act with data via increased senses and limbs. In this article, we discuss the future possibilities of this interface technology and introduce our current research on the measurement, analysis, and application of biological signals in nerves and muscles. We are starting to apply such biological alerts as manipulate indicators for input operations. A communication style in which robots serve as alter egos to represent our own bodies in distant locations is being considered for future wireless network services. As a step in that direction, research is under way on telerobots that execute commands sent from an operating interface such as cell phones, and humanoid robots that convey human gestures and facial expressions keeping with signals from human bodies. Here we describe a human interface for those modify-ego robots and a brand new communique which is made possible by using such humanoid robot mediators. “Wearable interface gadgets” are the key to figuring out a wearable computer. But, it is far difficult to attain each usability (ease of use) and wearability by means of certainly miniaturizing traditional interface gadgets consisting of the keyboard and mouse. We reconsider interface mechanisms based on “worn on the frame for constant availability (i.e., fulltime-put on) and introduce a few examples of implementations that we have been working on. Keywords: Artificial intelligence, electroencephalogram (EEG), electromyogram (EMG), magnetoencephalogram (MEG), humanoid robots Cite this Article: Vijay Kumar Salvia. Revolution in Mobile Communication by HC3 Technology. International Journal of Broadband Cellular Communication. 2019; 5(1): 14–20p.

Revolution in Mobile Communication by HC3 Technology

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