About this Event
Everybody talks about UAV LiDAR – the engineer in planning, the forester involved in wood mass calculation, the construction companies taking part in large projects to model it before, during and after its implementation or the utility companies for their corridor mapping and infrastructures management.
Reasons enough for us to continue the Yellowscan Demo tour in Australia, under the motto « Measuring the world with UAV LiDAR ». The scope is to show this high tech tool in a real working environment and how easy it is to generate topographic data with UAV LiDAR.
During our tour you will learn about the latest solutions and use cases from YellowScan and its partners with lectures, workshops and open discussions.
We look forward to meeting you !
YellowScan will be demonstrating two systems:
– YellowScan Surveyor Ultra, the high density & long-range LiDAR solution for UAV. Thanks to its high density (600 000 shots per second), this turn-key fully autonomous system is ideally suited for high speed & long-range projects. Its light weight (1.7 kg battery included) makes it also easy to mount on any drone.
Ideal Use cases: Mining, Archeology, Powerlines.
Applanix APX-15 & Velodyne VLP-32 inside.
– YellowScan Vx-20, the high precision & long-range LiDAR solution for UAV. This system is ideally suited for long range survey needs advanced accuracy (2,5 cm) and precision (1 cm).
Ideal Use Cases: Civil engineering, Forestry
Applanix APX-20 & Riegl miniVUX inside.
LiDAR systems are renowned for under vegetation 3D modeling, and fast data processing.
Contact :
Contact us for any question at laure.fournier@yellowscan-lidar.com
Eugene Lamnek created GeoIT Solutions in 2002, and has been developing ArcGIS customizations, add-ins and applications ever since. In this time Eugene has developed numerous bushfire applications for the CFS and the CFA as well as water and wastewater modelling software, asset management applications and interfaces, and open source applications for numerous clients including SA Water, Santos and DEW.
The Treatment Reporting System (TRS) currently in pilot phase, will allow organisations to store and manage their bushfire mitigation tasks, as well as measuring these tasks against the requirements of the Bushfire Management Area Plans (BMAPs). The system will allow users to store bushfire mitigation tasks, their spatial extent, values of work, time of work and completion status. Tasks are mapped and measured against required actions, defined by within the CFS BMAPs. The TRS will provide an effective mechanism for reporting the adequacy of on ground mitigation work (potentially at a State-wide level) by measuring mitigation work against well-defined mitigation targets. Users of the system will include local government, state government, private organisations and potentially even individual landholders.
Venue
Zoom Webinars
Cost
SSSI Members $30 | Non-Members $45 | SSSI YPs $20 | SSSI Student Members FREE
Contact
SSSI South Australia | rom.sa@sssi.org.au | 08 8212 0359
The Ocean Optics Conference attracts a diverse audience of active practitioners in the field, including oceanographers, marine ecologists, limnologists, optical engineers, marine resource managers and policy professionals from around the world.
Conference presentations will include the science of optics across all aquatic environments, research, and applications, including (but not limited to) biogeochemistry, environmental management and applications, instruments, techniques and observational systems, remote sensing, phytoplankton ecology, radiative transfer and optical theory, global change, and benthic processes.
Attendees will attend plenary presentations during the day and interact with colleagues during scientific poster session receptions held in the exhibit/poster hall in the early evening. In addition to invited and contributed oral and poster presentations, the conference will provide the opportunity for community-wide discussions.
NASA Earth Observatory image by Joshua Stevens, using Landsat data from the U.S. Geological Survey.
Featuring a spotlight on crowd-sourced bathymetry, the Map the Gaps Symposium 2023 will bring people together to learn, share and contribute to ocean discovery.
Held on behalf of GEBCO, this event draws global experts in ocean technology, science and policy to discuss deep and coastal ocean exploration, offshore surveying technology, policy, diversity, equity and inclusion, the Nippon Foundation-GEBCO Seabed 2030 project and GEBCO alumni activities.
Participation is open to all, including industry professionals, explorers, authors, students, researchers, government representatives and emerging technologists. Participants can attend in person or online.
The IGNSS Association’s biennial international GNSS conference will return to UNSW Sydney from 7 to 9 February, 2024, where it will celebrate the first half-century of GNSS and look ahead to the next 50 years.
IGNSS 2024 will bring together experts, policy makers and emerging leaders from across the globe to examine the latest advances, present cutting edge research and discuss policy, market development and infrastructure.
The conference will also showcase Australia and New Zealand’s Southern Positioning Augmentation Network (SouthPAN), along with developments by other countries across the Asia-Pacific.
Topics to be covered at the conference will include:
- Autonomy on land, air, sea and in space
- Aviation and avionics
- Cooperative Intelligent Transport Systems
- Machine guidance applications in agriculture, construction and mining
- Maritime applications
- Uncrewed aerial systems
- Space applications of PNT in Earth orbit and for lunar and Martian exploration
- Positioning infrastructure
- GNSS vulnerability, resilience and risk
- Interference detection and mitigation
- Policies and standards
- SBAS and other augmentations
- Datums and geodesy
- National and international GNSS developments
- Emerging application areas for GNSS
- Key industries and their reliance on GNSS
- The multi-GNSS era
- Cyber security in PNT applications and infrastructure
- Alternative PNT
- State of the art in PNT algorithms and software development
- GNSS aiding and sensor fusion
- Positioning in GNSS denied environments
- Development of GNSS receiver hardware and firmware
- Precise position using smartphones
The organisers are encouraging early career researchers and industry representatives to present their work. The abstract submission process will open soon — keep an eye on the IGNSS website for announcements.
Image courtesy Lockheed-Martin
