Integration Methods for Satellite Generated Data in Commercial Distributed Ledger Systems
Integration Methods for Satellite Generated Data in Commercial Distributed Ledger Systems
批准号:
104498
负责人:
金额:
$13.6万
依托单位:
依托单位国家:
英国
项目类别:
Feasibility Studies
财政年份:
2018
资助国家:
英国
项目状态:
已结题
起止时间:
2018 至 --
中文摘要
“卫星应用为任何商业或社会问题带来的价值主张集中在两个核心主题上:‘电信’和‘远程观测’。此外,卫星,特别是现代卫星星座,通过实现远程通信和远程观测能力,实现了高度可扩展的网络和更快的信息分发--一对多大众通信和观测;即通过蜂窝网络进行全球电信;全球远程观测事件。仅在2017年,就对地球观测数据分析领域的初创企业进行了重大投资;向Orbitary Insight投资了5000万美元;在英国,分别向Bird.i和Rezatec投资了200万英镑;虽然Planet、Airbus和DigitalGlobe等老牌地球图像提供商已经将其产品重新定位为增值分析和信息产品,以及单独的图像。基于近地轨道巨型星座的新电信系统,如OneWeb、Sky和Space Global、SpaceX和Thales Alenia Space正在开发的系统,提供新的连接解决方案,以满足全球任何位置在一天中的任何时间对数据的日益增长的需求,无论是宽带还是窄带,以支持物联网:在市场主导的卫星系统重新定义的同时,地面区块链应用的增长不仅限于安全支付和数字资产转移,还包括尤其是开放访问分布式应用平台的发展正在催生新的方式来创建、存储和传输信息以及数字不可变的资产。区块链应用和相关的加密数字资产记录方法,使卫星能够以新的方式将卫星定位为近乎实时的商品经纪人、土地登记员和法律纠纷仲裁者,其中地理位置信息是关键。这个由英国创新资助的项目将使空间贸易和我们的合作伙伴--英国卫星人工智能开发商Craft Prospect;为了评估卫星生成的数据集在智能合同区块链应用中的可行性,创建直到最近还不可信的卫星数据商业化的新方法。例如,在捕获真实世界的用户需求后,我们将在以下领域编写智能合同原型:\*数字资产生成,支持基于卫星观测证据的点对点交换。\*基于空间验证通信信号的自动非法侵入起诉\*满足卫星网络目标的卫星容量微租赁。这些领域的全球市场价值预计在未来5年内翻一番。我们的团队打算代表英国纳税人在这一领域捕获有用的知识产权。
英文摘要
"The value proposition which satellite applications bring to any commercial or societal problem is focussed around two core themes: 'telecommunication' and 'tele-observation'. Furthermore, by enabling long distance communication and long distance observational capabilities, satellites and especially modern satellite constellations, enable highly scalable networks, and ever faster information distribution -- one-to-many mass communication and observation; i.e. global telecommunication through cellular networks; global tele-observation of events.In 2017 alone major investments were made in start-ups in the field of earth observation data analytics; USD 50M was invested in Orbital Insight, and in the UK, GBP 2M invested in both Bird.i and Rezatec GBP 2M respectively; whilst established Earth imagery providers such as Planet, and Airbus, and DigitalGlobe have repositioned their offering towards value added analytics and information products as well as imagery alone.New telecommunication systems based on low-earth-orbiting mega-constellations such as those being developed by OneWeb, Sky and Space Global, SpaceX and Thales Alenia Space, offer new connectivity solutions to meet growing demand for data from any position on the globe, at any time of day, either in broadband, or narrowband to support the 'Internet of Things':In parallel to the market-led redefinition of satellite systems, the growth in terrestrial blockchain applications beyond secure payment and digital asset transfer alone, especially the development of open-access distributed application platforms is giving rise to new ways to create, store, and transfer information and digitally immutable assets. Blockchain applications and associated cryptographic digital asset recording methods, enable new ways to position satellites as near real-time commodity brokers, land-registrars, and legal dispute arbitrators where geolocational information is key.This Innovate UK funded project will enable Trade in Space and our partners -- Craft Prospect, a UK based Satellite Artificial Intelligence developer; to assess the feasibility of satellite generated datasets in smart contract blockchain applications, to create new ways of commercialising satellite data which were implausible until recently.For example, following capture of real-world user requirements, we will write prototype smart contracts in the following areas:\* Digital Asset Generation, supporting peer-to-peer exchange based on Satellite 'Proof of Observation.\* Automated Illegal Trespass Prosecution based on space verified communication signals\* Micro-leasing of satellite capacity to meet satellite network objectives.The value of the global market in each of these areas is expected to approximately double in the next 5 years, and our team intent to capture useful IP in this area on behalf of the UK taxpayer."
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国内基金
海外基金
Computational Methods for Analyzing Toponome Data
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批准号:60601030
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项目类别:青年科学基金项目
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资助金额:17.0万元
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批准年份:2006
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负责人:Axel Mosig
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依托单位: