Small-cell or femtocell base stations deployments are able to increase capacity, and are ideally suited for indoor applications where a large portion of the traffic is generated and signals from traditional macrocell stations are weak.
The experimental results show that the distributed deployment strategy is able to optimize the system performance significantly in comparison to centralized deployment strategy.
Enhanced with a Markov model, this deployment plan is able to drive a component life cycle manager to anticipate future deployments.
In contrast, the dynamic deployment scheme is able to track the QoS target all the time with only 148 node-hour, saving about 23% of the resources compared to the static 8-node configuration which cannot satisfy the QoS target, and saving 38% of the resources compared to the static 10-node configuration which can satisfy the QoS target.
When M3 is in the corridor, the EKF diverges due to the bad geometry of the WSN anchor deployment while the hcEKF is able to follow the real trajectory thanks to hybridization of RFID detection and the cooperation with the other mobile nodes.
In a dense cellular deployment simulation scenario, the proposed technique is able to ameliorate the fairness in different situations, while improving the average throughput by four times compared to the standard performance.
Throughout that deployment, I was able to maintain a certain psychological distance, except for one night, after which a white owl started following me around.
In order to avoid these issues, the elements of each deployment should be able to manage themselves.
The Pentagon used the software to track patterns in roadside bomb deployment and was able to conclude that garage-door openers were being used as remote detonators.
Therefore, to the best of our knowledge, no virtual stent deployment method has yet been proposed, that is able to combine fast turnover times with sufficient accuracy.
