The implications of a space-enabled mobility revolution

•

1 like•995 views

Presented by Mark Stead, Director of Sales at the Transport Research Laboratory (TRL) in the techUK Satellite Applications & Services Conference, 2nd Oct. 2015

Technology

Insert the title of your
presentation here
Presented by Name Here
Job Title - Date
Navigating The Mobility
Revolution
Mark Stead
Sales and International Director
mstead@trl.co.uk 07435 971871

Infrastructure Design,
Asset Management
& Sustainability
Intelligent Transport
Systems &
Mobility Services
Transport Safety:
Drivers, Workers,
Cyclists & Pedestrians
Vehicle Safety:
Standards, Testing,
Assurance & Products
Investigations:
Incidents &
Managed Services
Human Factors &
Behavioural Science
Creating the Future of Transport since 1933

Safe
ReliableEnvironmentally
Sound
Accessible Efficient
| Travellers | Businesses | Governments | Communities | Operators |
Transport and Mobility – key user outcomes

Unparalleled Transformations in the Sector

Page  5
A merging of technologies and societal trends
Electrification
Autonomy
Sharing
economy
Connected
World
Data
Modal blending

Enablement
Trust
Regulation
Page  6
Satellite services in transport – key factors
Accuracy
Resilience
Reliability
SWaP
Cost Interoperability

Page  7
• Autonomy systems (inc sensor hybridisation)
• Onboard infotainment & communications
• Remote Vehicle Immobilisation
• Wrong Way (Ghost) Driver
• Driver condition monitoring
• Lane management
• Remote law enforcement
• Location Based Billing
• Digital Tachograph
• eCall
• Road User Charging
• Infrastructure condition monitoring
• High-value consignment tracking
• Limited Traffic Area Monitoring and Control
• Regulated Fleet Management and Control
• Intelligent Speed Adaptation
• Collaborative Mapping
• In-Vehicle Signage
• Pay-As-You-Drive Insurance
Just a few applications in road…

Assessing/Addressing societal needs and
barriers in a rapidly changing world
GATEway Project
Wireless Power Transfer
Trials

The document discusses how the Internet of Things (IoT) and smart mobility are driving major changes through the connection of devices, people, and data. Key points discussed include: - There are now more connected devices than people, with IoT enabling new operational efficiencies, products/services, and autonomous systems. - Both manufacturers and service companies are moving into new service-based business models. - The amount of digital data being created ("one Zettabyte" equivalent to 36,000 years of HD video) requires new approaches to integrate, decouple, and analyze edge data in real-time. - Digital transformation and the fusion of IT and operational technology will disrupt industries and

The Connected Car: Impact on Wireless Communication

Center for Transportation Research - UT Austin

Connecting Capital Metro

Center for Transportation Research - UT Austin

The value of communication and infrastructure for automated cars

Center for Transportation Research - UT Austin

The document discusses several smart mobility solutions including: - Advanced driver assistance systems using LiDAR, depth sensing, and vehicle data exchange platforms. - Electric vehicles like expandable electric cars that can narrow to fit small spaces and connected folding electric scooters. - Safety systems like cabin occupancy sensors, distracted driving prevention, and crosswalk safety alerts. - Security solutions like automotive cybersecurity platforms, driver safety apps, and firewalls to protect connected vehicles from hacking.

TU/e - Smart Mobility

Eindhoven University of Technology

Smart Mobility at Eindhoven University of Technology Eindhoven University of Technology (TU/e) focuses on the societal challenges in Smart Mobility. Good mobility is of great importance for individuals, as well as for businesses and the economy. For this reason around 230 researchers from dozens of TU/e research groups are working in the Smart Mobility areas on clean, efficient and intelligent vehicle technology, and on logistics and traffic systems. The aims include reducing emissions and congestion, and increasing safety. Examples of recent developments at TU/e are intelligent cars that communicate with each other to prevent congestion, lighter batteries for electric cars, cleaner and more economical diesel engines, and optimized planning models for goods transport. Focus areas: • Automotive Technology • Transport and Logistics • Intelligent Transport Systems • Mobility and Traffic • ICT / Embedded Systems

The Future Development of Traffic Signals and the Impact of Autonomous Vehicles

JumpingJaq

This document discusses the future development of traffic signals and the impact of autonomous vehicles. It begins with a brief history of traffic signal technology and then discusses where the technology is now. It explores current signal developments including vehicle-to-vehicle and vehicle-to-infrastructure communications. The document suggests that autonomous vehicles will require advanced sensor systems to identify all aspects of intersections and that future traffic signals may provide signal timing information to connected vehicles to increase efficiency.

Technology and Digitization

Shubhangini Dubey

This document discusses how technology and digitalization can strengthen the nation. It describes two technologies: hyperloop, a proposed high-speed transportation system, and RESOURCESAT-2A, a remote sensing satellite that provides imaging data for agriculture. It also outlines India's plans for digitalization, such as broadband internet access, e-governance programs, universal phone access, and promoting electronic manufacturing and digital transactions. The overall message is that these technologies and digital initiatives can help develop the country.

Smart Work Zones – New ways of communicating with road users and managing wor...

JumpingJaq

Smart Work Zones is a project that aims to provide real-time traffic and incident information to road users. It collects data from roadside devices, transmits it to an Internet of Things platform, and broadcasts messages via multiple channels. The objectives are to make travel faster and safer by delivering personalized and contextual messages. It is a pilot project being tested on the CityLink project with plans to expand statewide. The system is automated, reliable, portable, open access, and can integrate with other infrastructure. It is a partnership between VicRoads, WSP | Parsons Brinckerhoff, and Telstra to develop an innovative, scalable, flexible solution.

Smart Mobility

Luwi Darmawan

Smart mobility uses information technology to improve transportation through more affordable and sustainable options. A smart mobility strategy organizes current and planned efforts under one umbrella to implement solutions to immediate problems and lay the groundwork for emerging technologies through an interdepartmental team. We offer smart mobility solutions like free public WiFi, traffic management systems, emergency vehicle preemption, smart gate parking, vehicle counting and license plate recognition, drone surveillance, transportation info apps, security systems, visitor management, and smart lighting.

Future transportation

kamran kami

This document discusses various future transportation technologies and systems, including intelligent transportation systems. It describes technologies like wireless communications, computational technologies, and floating car data that could be applied to intelligent transport. It also outlines unconventional modes of transport like backpack helicopters, jet packs, launch loops, personal rapid transit, rolling highways, moving walkways, and the skyTran system. The goal of these future systems is more efficient, renewable, and smart transportation options.

NFC Forum MaaS Case Studies

NFC Forum

Mobility as a Service (MaaS) platforms are becoming more popular in France as mobility needs evolve and people seek more convenient multi-modal transportation options. Conduent's vision for MaaS is to deliver solutions that consolidate all transportation modes and provide a consistent experience for users through a single mobile app. This allows transportation agencies to achieve their transit policies and goals like improving social inclusion. As an example, Conduent implemented a MaaS platform called "passpass" in the Hauts de France region of France that provides multi-modal trip planning, ticketing across 35 transportation networks, and integration with other mobility services through a website and mobile app.

Autonomous driving revolution- trends, challenges and machine learning

Junli Gu

The document discusses trends in autonomous driving, including challenges when big data meets machine learning in cars. It outlines how sensor systems collect big data from cameras, radar, ultrasound and lidar. Machine learning is then used to perceive the real world through techniques like object recognition, 3D scene understanding, semantic segmentation and reinforcement learning. Autonomous vehicles will also need powerful embedded computing and connectivity through vehicle-to-vehicle and cloud networks.

LinkedIn-Presentations

Renato Salvaleon CSM, GISP

The Southern Company UAV Idea Team will present their vision to use drone technology across Southern Company's utility operations to help reduce outages, improve safety, and reduce costs. The presentation will discuss challenges with utilities and ideas for addressing them. The idea team is made up of several members from Alabama Power and Georgia Power focused on transmission and land management, as well as members from Southern Company's program management office and research and development department.

Future Of Transpotation

Adnan Aslam

Intelligent transportation system

KunalPolkundwar

This document discusses intelligent transportation systems (ITS), which use advanced technologies to improve transportation efficiency and safety. ITS aims to minimize traffic problems and enhance commuter safety, comfort and travel time. Key ITS technologies discussed include wireless communication, computational technologies, floating car data, sensing technologies, and collision avoidance systems. Functional areas of ITS covered are electronic toll collection, emergency notification, congestion pricing, road enforcement, traveler information services and emergency management. Benefits of ITS include time savings, improved safety, reduced crashes and costs, increased satisfaction and environmental benefits.

Driving alone versus riding together - How shared autonomous vehicles can cha...

JumpingJaq

This document discusses how shared autonomous vehicles could change transportation by reducing private car ownership. It covers topics like adoption rates, modeling approaches, impacts on travel behavior and transportation networks, effects of shared autonomous taxis, and implications for infrastructure planning. The key points are that shared autonomous vehicles could increase mobility access, reduce transportation costs through mobility-as-a-service models, and optimize road usage through higher vehicle occupancy.

Disruptive Wireless Mass Transit Security Solution

AMCslidedeck

PEV autonomy 2017

FabMob

The document summarizes Phil Tinn's upcoming open-source workshop on smart cities and autonomous vehicles. The workshop will cover topics like vehicle-to-rider interactions for road safety, electric and shared autonomous vehicles, public acceptance of vehicle-to-pedestrian technologies, vehicle-to-goods services, and matching vehicle intelligence to environment complexity. The document also outlines Tinn's vision of moving from car-centric mapping to open-sourced and crowd-sourced solutions using cheaper Lidar technologies.

Traffic signals work with artificial intelligence venkat k - medium

usmsystem

The tricky road to autonomous cars

Speck&Tech

1) Autonomous vehicles require connectivity to other vehicles and smart infrastructure to safely navigate roads, generating large amounts of data from sensors like radar, cameras, LIDAR and sonar. 2) Major investments are being made in connected vehicle and smart transportation technologies, but the technology for true autonomous vehicles is still being developed, and issues around computing infrastructure and connectivity need to be addressed. 3) Researchers are working on fog computing architectures and container-based virtualization to help autonomous vehicles process and communicate sensor data and connect to cloud services in a decentralized manner.

Car to Car Communication (8)

Majan Challengers

The document discusses car-to-car communication technology. It describes how car-to-car communication allows vehicles to communicate with each other to share information. This can improve safety features like adaptive cruise control and lane keeping assist systems. However, there are also challenges to implementing this technology at scale, such as different communication methods between moving vehicles and latency issues. If fully realized, car-to-car communication networks may fundamentally change how vehicles operate by allowing them to share vast amounts of real-time data.

Road monitoring IoT 2019 - Sapienza

Pietro Spadaccino

Future transportation technologies

SitiDwiRukmannur

Self-driving cars use sensors like radar, lidar and cameras to navigate roads with little human input. Smart cars connect to apps and services through APIs to track locations and share keys. Next-gen GPS will provide improved cybersecurity and resilience for satellite navigation. Future transportation technologies may impact public transit and help cities become more livable. High-speed rail using maglev or hyperloop could provide ever faster train travel, while gyroscopic vehicles may transport people above street traffic in stacked, rotating disks.

U blox acquisition connectBlue slides

Ludovic Privat

u-blox acquires connectBlue, a manufacturer of short-range radio (Bluetooth and Wi-Fi) modules located in Sweden. The acquisition adds a third range of products - short range radio - to u-blox's portfolio and extends their portfolio into local area networks. It provides synergies with u-blox's existing cellular and positioning products. The acquisition increases u-blox's coverage of the growing Internet of Things market and complements their product portfolio. It is expected to increase sales into u-blox's existing customer base and position u-blox for growth as the Internet of Things expands.

Cluster 1 Update

The implications of a space-enabled mobility revolution

Recommended

Recommended

More Related Content

What's hot

What's hot (20)

Viewers also liked

Viewers also liked (20)

Similar to The implications of a space-enabled mobility revolution

Similar to The implications of a space-enabled mobility revolution (20)

More from techUK

More from techUK (20)

Recently uploaded

Recently uploaded (20)

The implications of a space-enabled mobility revolution