While some efficient feedback protocols for specific applications have been developed [25, 26], in general, such feedback incurs an inevitable delay and also consumes network resources, resulting in degraded system performance.
Designing an efficient feedback channel structure for multicast retransmission to reduce uplink overhead.
These in turn lead to two design issues: Developing a reliability enhancement technology in a multicast retransmission protocol to reduce downlink inefficiency associated with redundant transmissions of the lost packets Designing an efficient feedback channel structure for multicast retransmission to reduce uplink overhead.
The information through formative assessment can encourage the instructor for giving the feedback to improve the understanding in a timely manner, which is the most efficient feedback (Wiliam et al., 2004).
Lamare et al. proposed a low-complexity near-optimal ordering MMSE design criteria [13] for efficient decision-feedback receiver structure along with successive, parallel and iterative interference cancellation structures.
In order to have a time-efficient feedback loop, the computational cost for sharpness metric calculation of each image is important.
To achieve a reliable and trustworthy CIDN, we present a framework called FACID, which leverages data analytical models and hypothesis testing methods for efficient, distributed and sequential feedback aggregations.
This article defines terms, discusses the current status, identifies problems, and provides some recommendations as to the way forward, concentrating upon the software requirements for efficient peer review and peer feedback of reported imaging studies.
A bow-tie structure is then extracted from these cross-talk pathways for the robustness of network structure, the coordination of signal transduction and the feedback control for efficient inflammatory responses to different stimuli.
A bow-tie structure was extracted from these cross-talk pathways, suggesting the robustness of network structure, the coordination of signal transduction and feedback control for efficient inflammatory responses to different stimuli.
An output feedback dynamic control scheme is proposed for efficient velocity trajectory tracking tasks for direct current (DC) electric motors.
