Figure 2B, lane 2 also illustrates the removal of the higher-mobility error products from the product mixture.
(2) In a real test environment, our energy-saving method solves the mobility estimation error problem by utilizing additional sensors on mobile targets.
The course will also examine adaptations necessary at transport and higher layers to cope with node mobility and error-prone nature of the wireless medium.
Underwater Sensor Networks (UWSNs) are significantly different from terrestrial sensor networks in the following aspects: low bandwidth, high latency, node mobility, high error probability, and 3-dimensional space.
The effects of imperfections due to mobility, power control errors, and synchronization errors were analyzed and practical means for addressing them were given.
Implementing the method requires the same computational complexity as a standard point-to-point communication system, and mitigating the effects of mobility, power control errors, and synchronization errors reduces to a simple piloting rule.
In addition, practical means for implementing the method are derived including generating robust joint constellations, decoding data with low complexity, and mitigating the effects of imperfections due to mobility, power control errors, and synchronization errors.
Practical implementation considerations include generating robust signal constellations, low complexity Maximum Likelihood ML) decoding, network-optimization, evaluation of the effects of mobility, power control errors and synchronization errors, and formulating simple piloting rules for mitigating their effect.
With these three phases of evaluation, we verify whether the TaLE framework can support service differentiation among regions, irrespective of wireless errors, mobility, the number of stations per location, or the number of flows per station.
In particular, short-term fading caused by mobility imposes irreducible error floor bounds on system performance.
