|VDOT Partners with Iteris Inc for Statewide Traffic Operations Support Services
|Skyfii extends partnership with London Heathrow Airport for LiDAR sensor technology|
|Cheongju City Selected for Autonomous Vehicle Parking Pilot Project|
1. VDOT Partners with Iteris Inc for Statewide Traffic Operations Support Services
- Virginia Department of Transportation (VDOT) has partnered with Iteris Inc. to implement a statewide Traffic Management Center (TMC) solution in Virginia.
- The TMC solution will provide real-time traffic data and analytics to VDOT, allowing them to optimize traffic flow, improve safety and reduce congestion.
- The TMC solution will be implemented in two phases, with the first phase focusing on deploying the system in Northern Virginia and the second phase extending the system to the rest of the state.
- The TMC solution will leverage Iteris’ ClearMobility Platform, which includes advanced analytics, machine learning and artificial intelligence technologies to provide actionable insights and improve operational efficiency.
- The ClearMobility Platform will integrate with existing VDOT systems, including Virginia’s Smart Traffic Center, to provide a comprehensive traffic management solution.
- The partnership between VDOT and Iteris will help Virginia achieve its goal of reducing congestion, improving safety, and enhancing mobility for all residents and visitors.
- The TMC solution will also support Virginia’s efforts to advance connected and automated vehicle technologies and improve transportation infrastructure.
The partnership between VDOT and Iteris will help improve traffic flow, safety, and mobility in Virginia by providing real-time traffic data and analytics. The use of advanced technologies like machine learning and artificial intelligence will enable VDOT to make data-driven decisions and optimize traffic operations. The implementation of the TMC solution in two phases indicates a systematic approach to the deployment of the system, ensuring its effectiveness and scalability. The integration of the ClearMobility Platform with existing VDOT systems will provide a comprehensive traffic management solution and help VDOT achieve its goal of reducing congestion and improving safety. The partnership also highlights the importance of public-private partnerships in advancing transportation infrastructure and technology.
2. Skyfii extends partnership with London Heathrow Airport for LiDAR sensor technology
- Skyfii, an Australian data services provider, has extended its partnership with London Heathrow Airport to provide LiDAR sensor technology.
- The LiDAR technology will be used to monitor passenger traffic and provide insights to optimize airport operations.
- Skyfii’s technology will enable Heathrow to measure passenger density, queue times, and dwell times to improve passenger experience and increase efficiency.
- The technology will also help the airport to monitor and manage social distancing measures during the ongoing COVID-19 pandemic.
- Skyfii’s partnership with Heathrow highlights the growing importance of data analytics in the aviation industry to improve airport operations and enhance passenger experience.
- The extension of the partnership also reflects the success of Skyfii’s initial pilot program with Heathrow and demonstrates the potential for further collaboration in the future.
Skyfii’s Lidar sensor technology will provide Heathrow with real-time data on passenger traffic, helping the airport to optimize operations and improve the passenger experience. The use of data analytics in the aviation industry is becoming increasingly important as airports seek to improve efficiency and safety in the wake of the COVID-19 pandemic. The success of Skyfii’s pilot program with Heathrow highlights the potential for data services providers to partner with airports and other organizations to improve operations and drive innovation. The partnership between Skyfii and Heathrow demonstrates the value of collaboration between industry players in leveraging technology to address industry challenges and create new opportunities for growth.
3. Arbe and Weifu Group Announce Strategic Cooperation with DiDi Global’s KargoBot, Empowering Safety for L4 Autonomous Trucks
- Arbe, an Israeli developer of radar technology for autonomous vehicles, and Weifu Group, a Chinese automotive parts manufacturer, have announced a strategic cooperation with Didi Global’s KargoBot to provide safety solutions for Level 4 autonomous trucks.
- The partnership will leverage Arbe’s radar technology and Weifu’s advanced driver assistance systems (ADAS) to provide a comprehensive safety solution for KargoBot’s autonomous truck fleet.
- The solution will enable KargoBot to detect and classify objects in real-time, including pedestrians, vehicles, and other obstacles, to improve safety and reduce the risk of accidents.
- The collaboration between Arbe, Weifu, and KargoBot reflects the growing demand for autonomous vehicle technology in the logistics and transportation industry, as well as the importance of safety solutions for autonomous vehicles.
- The partnership also highlights the potential for international collaboration in the development and deployment of autonomous vehicle technology.
- The projects aim to improve pedestrian safety by using lidar technology to detect and track pedestrians and provide real-time alerts to drivers.
- Cepton’s lidar technology provides high-resolution 3D imaging, which enables accurate detection and tracking of pedestrians in real-time.
- The use of lidar technology in pedestrian safety projects is part of a broader trend towards the integration of advanced sensing technologies into transportation infrastructure to improve safety and reduce accidents.
- The success of these projects is likely to increase the adoption of lidar technology in transportation infrastructure and accelerate the development of autonomous vehicles.
The solution will enable KargoBot to detect and classify objects in real-time, which is critical for ensuring the safety of autonomous vehicles and reducing the risk of accidents. The partnership reflects the growing demand for autonomous vehicle technology in the logistics and transportation industry, as companies seek to improve efficiency and reduce costs. The collaboration also highlights the potential for international cooperation in the development and deployment of autonomous vehicle technology, as companies seek to leverage the expertise of partners in different regions of the world. The success of this partnership may encourage further collaboration between Israeli and Chinese companies in the development of autonomous vehicle technology, particularly in the areas of safety and ADAS.
4. Cheongju City Selected for Autonomous Vehicle Parking Pilot Project
- Cheongju City has been selected for the ‘Address-based autonomous vehicle parking pilot project’ as part of the Ministry of the Interior and Safety’s local government contest projects for ‘2023 address system advancement and address-based innovative industry creation’.
- The project aims to expand and advance the use of addresses for objects and spaces in three dimensions, and apply AI and other core technologies to demonstrate autonomous vehicle parking in parking lots.
- Cheongju City applied for a public offering project in February to utilize the Chungbuk Autonomous Driving Testbed (C-Track) in Ochang-eup.
- The Address Information Utilization Support Center under the Ministry of Interior and Safety will use C-Track to assign object addresses to parking lots and demonstrate autonomous vehicle parking using the information.
- The pilot project will demonstrate how autonomous vehicles can park themselves in parking lots by finding empty parking spaces and returning to the boarding point when the driver returns.
Cheongju City’s selection for the ‘Address-based autonomous vehicle parking pilot project’ reflects the growing interest in autonomous vehicle technology in South Korea. The project demonstrates how advanced technologies such as AI can be used to improve parking efficiency and reduce the need for human intervention. The use of the Chungbuk Autonomous Driving Testbed (C-Track) in Ochang-eup highlights the importance of testbeds for the development and testing of autonomous vehicle technology. The success of the pilot project may encourage further investment in autonomous vehicle technology in South Korea, particularly in the areas of parking and transportation. The project also highlights the potential for collaboration between local governments and the Ministry of the Interior and Safety in promoting the development and deployment of advanced technologies.
5. SOSLAB and Korea South-East Power Co., Ltd. develop accident prevention system using 3D LiDAR
- SOSLAB and Korea South-East Power Co., Ltd. will cooperate to develop a safety accident prevention monitoring system for overhead cranes using 3D LiDAR ML-X technology as its core business.
- The 3D LiDAR ML-X is a high-resolution fixed LiDAR that is small, lightweight, and resistant to external environmental factors.
- The goal of the cooperation is to systematically control human error, which is currently prevented by deploying signalmen during crane operations.
- The ML-X will be installed on the crane in the turbine room of the power plant, and LiDAR software will be developed to detect human beings in the vicinity when working and moving heavy objects, and to give warning and danger alarms according to distance.
- The solution will be expanded to other power plants according to future development results.
The use of 3D LiDAR technology in safety accident prevention monitoring systems is becoming more widespread in various industries due to its accuracy and efficiency. The cooperation between SOSLAB and Korea South-East Power Co., Ltd. demonstrates the potential for LiDAR technology to improve safety in industrial sites. The development of the safety accident prevention monitoring system for overhead cranes using 3D LiDAR technology is a promising step towards reducing the risk of accidents caused by human error.
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