Street IoT Mesh to provide Smart Parking and Smart Facilities Management plus COVID-19 Park and Track

街道物联网网格提供智能停车和智能设施管理以及 COVID-19 停车和轨道

• 批准号: 86304
• 金额: $ 10.41万
• 依托单位: BLUETOOTH MESH SOLUTIONS LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2020
• 资助国家: 英国
• 起止时间: 2020 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=86304
• 关键词: Street; IoT; Mesh; provide; Smart

For this proposal Bluetooth Mesh Solutions Ltd ('BMS') will collaborate with Cambridge Science Park ('CSP') to demonstrate through a 'pilot project' the effectiveness of our SMART parking solution to help all sectors recover from the aftermath of COVID-19\.BMS is a start-up business, finalists in Mayor of London IoT Competition and CSP is Europe's oldest and most successful science park.Discussions between BMS and CSP about the benefits of SMART Parking to manage return to office working post-COVID-19 lockdown have been ongoing; relevant given Government return-to-work policies and furlough-reduction. Return-to-work confidence is important to stabilise the economy, and travel-to-workplace and COVID-19 information sharing pre-and-on arrival are important factors applicable across thousands of workplace settings.A SMART solution to organise the parking of vehicles in a more structured manner according to real time availability is desired. This solution will ensure that staff and visitors do not park vehicles in co-located spaces minimising transmission risk, plus will have a timed entry and exit database for track and trace, and will receive area+business+building specific COVID-19 public health information pre-and-on arrival.Travel evidence shows post-lockdown that public have low confidence in using public transport and will be more likely to travel by private vehicle. Large Business Parks already suffer from parking demand-supply imbalances and it is likely that office/campus workforce will increase the time spent 'hunting for parking' which is time-inefficient, congesting and polluting.Our technology-solution is to deploy a Low-Power-Bluetooth-IoT-Mesh-Network to direct vehicles directly to vacant parking spaces on the CSP estate in Real-Time to reduce pollution, encourage sCOVID-19 distanced parking and ensure all parking spaces are utilised to maximum efficiency.

对于这项提案，蓝牙网状解决方案有限公司（'bms'）将与剑桥科学园（'csp'）合作通过“飞行员项目”来证明我们的智能停车解决方案的有效性，以帮助所有行业从covid-covid-19 \ .bms恢复后恢复。智能停车场的好处是管理19日锁定后返回办公室的工作；鉴于政府的重返工作政策和减少休假。重返工作的信心对于稳定经济很重要，而旅行场所和Covid-19信息共享预处前是在数千个工作场所环境中适用的重要因素。一种智能解决方案，可根据实时可用性以更结构的方式组织车辆停车。该解决方案将确保员工和访客不会将车辆停放在共同设置的空间中最小化变速箱风险，此外，将有一个定时进入和轨道和跟踪的出口数据库，并且将接收区域+业务+构建特定的COVID-COVID-COVID-COVID-COVID-COVID-COVID-19，Travel Pred and on-On-On-on travel证据表明，锁骨后表明，公众对使用公共交通运输的信心降低了使用公共交通和私家车的信心。 Large Business Parks already suffer from parking demand-supply imbalances and it is likely that office/campus workforce will increase the time spent 'hunting for parking' which is time-inefficient, congesting and polluting.Our technology-solution is to deploy a Low-Power-Bluetooth-IoT-Mesh-Network to direct vehicles directly to vacant parking spaces on the CSP estate in Real-Time to reduce pollution, encourage sCOVID-19 distanced parking and ensure all parking spaces are用于最大效率。