Modern wireless communication applications are characterized by the need for advanced signal processing techniques such as Multiple-Input Multiple-Output (MIMO) technology for achieving high throughput and diversity and Orthogonal Frequency Division Multiplexing (OFDM) for achieving robustness to multipath fading.
Based on requirements gathered through interviews with domain professionals, the developed method exploits ontology-based information formulation to integrate design and as-build data with the help of advanced communication and machine control applications.
Besides standard communications, clinical communication applications are designed to simplify communication among clinicians within a hospital.
Though telehealth may in part be driven by economic and political reasoning (Perednia and Allen 1995), medical care from a distance has been referred to as "one of the most promising applications of advanced communication technology," (Balas et al 1997, p. 2).
Future Generation Communication Environment (FGCA) is defined as advanced communication and networking environment where all applications and services are focused on users.
On the other hand, in practical application, real-time control for BESS requires a lot of information exchanges and advanced communication equipment as supports, resulting in poor economy.
Since communication to and within North Korea is almost non-existent, the stamps are presumably intended to reflect advanced communication technology.
The OPC Unified Architecture is an advanced communication technology for process control.
Unfortunately, existing multi-robot simulators do not provide advanced communication models.
Power saving is playing an important role in the development of advanced communication technologies.
On the other hand, to enable such functionalities, an advanced communication network is needed.
