Cellular communications for marine internet of things
Cellular communications for marine internet of things
批准号:
533402-2018
负责人:
Dong, Xiaodai
金额:
$1.82万
依托单位:
依托单位国家:
加拿大
项目类别:
Engage Grants Program
财政年份:
2018
资助国家:
加拿大
项目状态:
已结题
起止时间:
2018-01-01 至 2019-12-31
中文摘要
海洋波浪测量数据为各种应用提供关键信息,如海洋运输,水产养殖,基础设施设计,海洋学研究,海洋安全等。MarineLabs是领先的公司之一,为需要了解海洋状况的团体和行业提供真实的时间波浪监测和数据分析服务,这些服务来自其紧凑的云连接浮标。该公司 ** 开发了新一代物联网波浪传感器,名为mWave:一种紧凑且具有成本效益的波浪测量解决方案,在市场上处于世界领先地位。该项目旨在改进波感测解决方案的无线传输组件,以实现数据的真实的实时 ** 传输。这种海洋物联网应用中的广域通信要求具有挑战性:** 高可靠性的高数据吞吐量,电池运行数月的低功耗,** 以及有节奏的海浪定期阻塞无线电传输路径。该项目将解决当前系统中的低 ** 传输效率问题,并设计新的解决方案,以满足波感测系统的通信 ** 要求,使用最新的蜂窝技术进行低功率机器类型 ** 传输。预期结果将显著提高低功耗波 ** 传感器产品的数据传输能力。还将研究从自然资源中收集能量以帮助延长电池寿命。拟议的研究将有助于MarineLabs迅速将其产品线扩展到一个重要的新兴市场,并增强其mWave产品,加强其在这一领域的市场份额。
英文摘要
Ocean wave measurement data provide critical information to a variety of applications, such as marine**transport, aquaculture, infrastructure design, oceanographic research, marine safety, etc. MarineLabs is one of**the leading companies providing real time wave monitoring and data analysis services from fleets of their**compact, cloud-connected, buoys for groups and industries who need to know marine conditions. The company**has developed a new generation of IoT wave sensors named mWave: a compact and cost effective wave**measurement solution, that is world leading in the marketplace.**This project aims to improve the wireless transmission component of the wave sensing solution for real time**delivery of the data. The wide area communications requirement in this marine IoT application is challenging:**high data throughput with high reliability, low power consumption for battery operation over several months,**and rhythmic ocean wave blocking the radio transmission path regularly. This project will troubleshoot the low**transmission efficiency problem in the current system, and design new solutions that meet the communications**requirement of the wave sensing system using the latest cellular technology for low power machine type**transmissions. The expected outcome will significantly enhance the data transmission capability of the wave**sensor product with low power consumption. Energy harvesting from natural sources to help extend the battery**life will also be investigated. The proposed research will help MarineLabs to quickly extend its product line to**an important and emerging market and enhance its mWave offerings, strengthening its market share in this**area.
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