By exploiting standard digital music communication protocols, the robotic interface can be easily integrated with more common electronic setups, making it possible to control the different hardware and software devices; an example of such a composite setup has been shown during the performance described in Section 5.
We present our envisioned network architecture relying on a novel transport protocol called Digital Fountain based Communication Protocol (DFCP) and highlight some potential application areas.
The main system components are described, namely the data collection unit, the set of smart-sensors, the architecture of the digital network, the communication protocol and the mechanical interfaces.
In addition, they offer a large possible integration of chaotic systems in the most recent digital communication technologies such as the ZigBee communication protocol.
Hospital-wide image and patient data transfer within heterogeneous hard- and software infrastructures can be facilitated by using standardized communication protocols and data formats such as digital imaging and communications in medicine (DICOMM).
Data and control points mediate the communication with the connected devices (e.g., digital, serial or IP-based) and also implement communication protocols for the connected devices, e.g., Modbus, CAN or SOX/DASP.
A glucometer with a mobile system and Zigbee communication protocol, which is a specification for a suite of high-level communication protocols using small, low-power digital radios for wireless home area networks, showed that diabetic patients could be more autonomous in controlling their glucose levels (8).
In this paper, we propose and demonstrate experimentally a new wireless digital encryption hyperchaotic communication system based on radio frequency (RF) communication protocols for secure real-time data or image transmission.
In this paper, the concept of cooperatability of digital multi-agent networks is proposed with respect to quantized-observer based communication protocols and certainty equivalence principle based control protocols to characterize the cooperative communication and control in an integrative framework.
Instead, software implementations of communication protocols using CPUs or GPUs are rapidly being adopted in digital communication system designs.
