Latency Reduction Strategy on Tactile Internet with Reconfigurable Computing
Tactile Internet, Reconfigurable Computing, FPGA.
Tactile Internet is a technology that accession will provide many new opportunities for emerging markets technology and services. The tactile Internet provides all the human senses can interact remotely with the machines. Technologies that enable the interaction of human sensations with hardware devices are often focused only on visual and auditory sensations, because when it comes to tactile sensing, it is necessary to obtain bi-directional information, subject to the law of action and reaction of Newton. However, the current communications systems hinder the operation of the tactile internet that require that communication networks enable time-response between 10ms and 1ms depending on the application. Thus, this project aims to propose a strategy to reduce the delay in tactile internet through reconfigurable computing. The use of embedded systems reconfigurable devices such as FPGAs enable parallel implementation of complex algorithms which causes a reduction of processing time.