Abstract
Challenges of wireless sensor networks for Internet of thing applications
Highlights
We have witnessed fast development of technologies for Internet of things (IoTs) to support smart life, smart homes, smart workplaces, and smart city
The authors propose a possible architecture, necessary components, and related mechanisms for efficient data delivery in the wireless IoT environment, which is based on content-centric networking in their work entitled ‘‘Efficient Data Delivery Based on Content-Centric Networking for IoT Applications.’’ The authors present various simulation results to show that the proposed architecture works well in the wireless sensor environment
The paper entitled ‘‘Energy Harvesting for Throughput Enhancement of Cooperative Wireless Sensor Networks’’ investigates optimal energy harvesting strategy that maximizes the total throughput of multi-hop transmissions in a cooperative wireless sensor network (WSN)
Summary
We have witnessed fast development of technologies for Internet of things (IoTs) to support smart life, smart homes, smart workplaces, and smart city. In the paper entitled ‘‘Distributed MAC Protocol Based on Successive Collision Detection for Dense Wireless Sensor Networks,’’ the authors provide a distributed medium access control (MAC) protocol that uses successive multiple collision detection (CD) phases for dense WSN environments by enhancing the typical carrier sense multiple access with collision resolution (CSMA/CR) protocol.
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