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"Ground Vehicle Mobility, Agile Dynamics, and Energy Efficiency in Severe, Unsafe, and Non-Secure Environments of Roads and Unprepared Terrain"
15th European-African Regional Conference of the ISTVS
September 9–11, 2019
Hotel International Prague
Koulova 15, 16000
Praha 6 - Czech Republic
Tel.: +420 296 537 111
Fax: +420 296 537 266
Our international conferences form an amazing legacy since our first meeting in 1962 in Turin, Italy — ISTVS today is a connected group of collaborative professionals from industry, universities, and research institutions who have been meeting over five decades to share research findings.
The 15th ISTVS Europe-Africa Regional Conference will provide you a place where you can exchange ideas and receive technical information on current and future research and technology developments in terramechanics and terrain/road-vehicle system dynamics, control, and design. Commercial and personal transportation vehicle applications include:
- Trucks and cars
- Military vehicles
- Construction, forestry, and mining equipment
- Farm tractors and machinery
- Unmanned ground vehicles for military, space exploration, and other areas
For any questions, please contact the conference secretariat:
Hartova Veronika, email@example.com
Section in progress...
Pre-Conference Day 1 // Sat. Sept. 7, 2019 // Professional advancement course
Pre-Conference Day 2 // Sun. Sept 8, 2019 // The conference begins Sunday evening September 8, 2019, with our ever-popular Ice Breaker Party — you’ll have the opportunity to interact informally with colleagues from all over the world.
Conference Days 1-3. Enjoy presentations and plenary sessions, including our awards programs and meals:
Day 1 // Mon. Sept 9, 2019 // Opening Ceremony, Keynote Speech, Oral Session, Banquet
Day 2 // Tues. Sept 10, 2019 // The conference includes our popular and valuable technical tour on Tuesday afternoon
Day 3 // Wed. Sept 11, 2019 // Oral Session/Poster Session, Closing Ceremony
Conference in detail
The aim of the conference is to further advance knowledge in terrain-vehicle and road-vehicle system dynamics and design and, thus, to discuss and suggest new frontiers and research directions, facilitate engineering practice, and benefit the society at large in the area of the energy conservation, environmental sustainability, safety, cyber/physical security and application of Artificial Intelligence (AI) techniques in Terramechanics.
Objectives of the Conference
- Present recent research and engineering accomplishments and achievements to engineering colleagues and peers
- Discuss research findings, exchange information and share new knowledge with engineering colleagues and peers
- Discuss and suggest new frontiers and research directions in the ISTVS area
- Attract automotive industry and robotics engineering companies to the Conference and ISTVS activities
- Expand participation of government research agencies and academia (faculty, research staff and students) in the Conference and ISTVS activities
- Present accomplishments of the Journal of Terramechanics and discuss its future plans
- Discuss and suggest new university-level education courses and programs in the ISTVS area
- Discuss new events for future ISTVS conferences, including workshops, seminars, etc.
- Network and establish new research and engineering contacts for national and international collaboration and partnership between industry, academia and government research agencies in research, engineering and university-level education
- Introduce and present a new progressive topics in Terramechanics science
- Have an engineering tour and learn more about new places and cultures
The objectives will be achieved through:
- Discussions at the Board of Directors’ meeting
- Presentations and discussion of research papers at seven symposia
- Conducting a panel discussion with the participation of ISTVS leading researchers and automotive industry
- Arranging poster sessions
- Presentations at the dinner and lunch time
- Discussions of the four groups that were previously established: Planetary Rovers and Mobile Robotics; ISTVS Standards; Terramechanics; Off-Road Vehicle Dynamics
- A technical tour in the Prague area and eminent Czech industrial companies
Topics to be covered
The conference will take place over 3 days. There will be a poster session during the conference.
A new panel discussion “Terramechanics-based AI Techniques and Controls for Autonomous Mobility” will be conducted with the participation of ISTVS leading researchers, military and robotic industry. Technical presentations and group discussions are planned during the dinner and lunch time.
The following technical symposia are planned:
1. Terramechanics, locomotion, and soil/terrain modeling (three symposia)
1.1. Recent accomplishments in terramechanics research and education
1.2. Locomotion systems
1.3. Soil and terrain modeling and characterization
These three symposia concentrate on new research directions in terramechanics science and its applications to vehicle engineering and academic education, including areas of modeling, computer simulation and design of tire/wheel, track and other locomotion/vehicle systems, various types of soil and snow modeling and characterization, uncertainties and stochastic characteristics of vehicle-environment interaction.
2. Advances in mobility, energy efficiency, and ground vehicle dynamics
Topics include analytical and experimental methods of energy efficiency improvement, terrain vehicle mobility off-line and real-time estimation, operational and tactical vehicle mobility, agile dynamics and performance in severe environmental and traffic conditions, coupled and interactive dynamics of vehicle multi-physics systems, conflicting multi-input-output system dynamics.
3. Agricultural, construction, forestry, and mining equipment
This symposium invites papers on specifics of mobility, vehicle dynamics and design of farm tractors and machinery, construction and forestry equipment, earth moving, and mining machines. Topics include energy efficiency and engineering productivity, power hop, mobility, etc.
4. Mobile robotics for ground applications, planet exploration, and other environments
Papers on planet vehicle exploration, mobile ground robots, underwater and surface robotic vehicles are invited to present advances in mission/task fulfilment, mobility and energy efficiency, dynamics and innovative system designs.
5. Military ground vehicle robotics
This symposium covers surface and topographical terrain mobility, operational and tactical mobility, battlefield mobility of unmanned and remotely controlled vehicles and vehicle convoys. Topics include, but not limited to, agile performance and adaptive perception of vehicle dynamics, optimization of the required motion and mission accomplishment with minimal energy consumption.
6. Innovative system designs for terrain and road vehicle applications
This symposium focuses on innovative system designs and controls, sensing and actuation with mechatronic implementation in conventional and driverless vehicle applications. Topics include, but not limited to, cyber-physical systems in vehicle dynamics, mobility and agility control, sensor/data fusion, vehicle system communication and connected vehicles, active and passive safety and vehicle protection.
7. Terramechanics-based AI Techniques and Controls for Autonomous Mobility
This session invites papers on applications of terramechanics principles integrated with Artificial Intelligence (AI) techniques and various controls to advance autonomous mobility of unmanned ground vehicles, mobile robots, and mobility of conventional off-road vehicles with autonomous sub-systems.
Terramechanics-based AI Techniques and Controls for Autonomous Mobility
2019 ISTVS Conference in Prague
New Technical Session
This new session invites papers on applications of terramechanics principles integrated with Artificial Intelligence (AI) techniques and various controls to advance autonomous mobility of unmanned ground vehicles, mobile robots, and mobility of conventional off-road vehicles with autonomous sub-systems.
The session papers will be comprised of, but not limited to, the following topics and their potential combinations: real-time observers and controllers, model-based and model-less methods, neural networks and learning systems, human-in-the-loop, etc., which should be based on principles of terramechanics and off-road vehicle dynamics.
Special attention will be devoted to terramechanics-AI-technologies, which extend the capabilities of vehicles to operate in multi-phase environments of challenging severe terrain and weather/climate conditions, that it could not possible before AI was employed.
This session will also welcome field-tested projects where the use of AI-related techniques address critical problems of off-road mobility such as tire slippage, vehicle entrapment, minimizing energy consumption, and maximizing vehicle traction.
Applications of single vehicles and units of vehicles can include various UGVs, planetary exploration rovers, farm/forestry machinery and construction equipment, battle management systems, etc.
Vladimir Vantsevich, ScD, PhD
University of Alabama at Birmingham
Ramon Gonzalez, PhD
David Gorsich, PhD
US Army TARDEC