Demand-Addressable Sensor Network: Toward Large-Scale Active Information Acquisition

Optimal resource allocation in ultra-low power fog-computing SWIPT-based networks

“…Concurrently, new fields of investigation are stimulated by the emergence of (quasi-)autonomous ultra-low power (ULP) wireless nodes [5], [6] extending the functionality of traditional active RFID systems. The main idea behind this future generation of ULP devices is the ability of taking advantage of the same electromagnetic field for simultaneously receiving information and harvesting energy thanks to simultaneous wireless information and power transfer (SWIPT) techniques [7].…”

Corrections to “Demand-Addressable Sensor Network: Toward Large-Scale Active Information Acquisition”

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Our previously published articles [2], [3], which reported preliminary results of the above article [1], were erroneously left off in the References section of the article.The basic system concept and partial implementation results of the system, which are described in the above article [1], were introduced first in [2]. In addition, the architecture and preliminary evaluation results of the "ondemand reconfigurable wireless sensor network" described in Sections IV and V of the above article [1] were reported first in [3].

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“…Our previously published articles [2], [3], which reported preliminary results of the above article [1], were erroneously left off in the References section of the article.…”