This paper presents a wearable, wireless tactile display system which consists of
individually controllable vibrotactile actuator devices, called Vibropixels. The design of the …

Currently, virtual (ie touchscreen) controls are dynamic, but lack the advantageous tactile
feedback of physical controls. Similarly, devices may also have dedicated physical controls …

The emerging Tactile Internet (TI) will enable control-oriented networks for remotely
accessing or manipulating objects or devices. One major challenge in this context is how to …

We describe design and implementation of an end to end Tactile Cyber Physical System
(TCPS). We begin with proposing a generic architecture for TCPSs. We then describe a …

Tactile Internet often requires: 1) the ultra-reliable and ultra-responsive network connection
and 2) the proactive and intelligent actuation at edge devices. A promising approach to …

Modern research in technology fields, such as electronics, distributed networks of
sensing/functional nodes, and wireless and wearable devices, is relentlessly converging …

Fifth generation mobile communication networks are currently being deployed, thus making
Tactile Internet possible. Tactile Internet is the future advancement of the current Internet of …

Viewer expectations for rich, immersive interaction with multimedia are driving new
technologies-such as high-definition 3D displays and multichannel audio systems-to greater …

In an attempt to help make humans into more efficient and effective information processors,
the engineers of mobile communication systems and devices have turned to touch as an …

One of the main design aspects of the Tactile Internet system is the 1 ms end-to-end latency,
which is considered as being the main challenge with the system realization. Forced by …