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
The National Surveying Congress will be an opportunity for leaders in the surveying profession to discuss the opportunities and challenges facing the profession. The 2022 Congress theme is ‘Automatic Mutual Relaxation’.
As the profession comes to understand the impact of Automatic Mutual Recognition for surveyors across the country, the event will provide an opportunity for surveyors from across Australia to gather and discuss the issues facing the profession and the opportunities for the future. The highlight of the program each year is the Cadastral Leaders Panel which sees all the Surveyors-General on stage speaking about changes and opportunities in their states and territories as well as an update from ICSM and ANZLIC. There will also be an online option.
The National Surveying Consultancy Excellence Awards and Gala Dinner will be held on the second day of the event, 23 June 2022.
The Local Government Spatial Reference Group (LGSRG) will be holding a webinar on Monday, 4 September, to introduce a series of hands-on workshops it will be holding across Victoria during September 2023.
The webinar will cover the topic of Best Practice Geospatial Intelligence for Climate Impact, and will address important topics on climate impact, community safety and how geospatial intelligence can contribute to better outcomes for local governments.
The LGSRG was formed in 2003 to address the need for a sector wide group representing the strategic interests of the Victorian Local Government sector with respect to spatial information. The LGSRG has been active throughout the COVID pandemic to keep the local government geospatial community connected and engaged via the annual Spatial Capability Workshop series which have grown year on year, and is now diversifying with a quarterly Spatial Hour webinar to share stories of success within the local government geospatial sector.
Image credit: ©stock.adobe.com/au/yutthana
The International Association of the IEEE-Geoscience and Remote Sensing Society (GRSS), the IEEE-Computational Intelligence Society (CIS) and the local organising committee invite geospatial and computing professionals to attend the International Conference on Machine Intelligence for GeoAnalytics and Remote Sensing (MIGARS) to be held in Wellington, Aotearoa New Zealand in April 2024.
MIGARS aims to explore the interface of machine intelligence approaches with geosciences, spatial analytics, and remote sensing. With the tremendous developments in remote sensing technology, data acquisitions and sensing platforms, digital data have grown leaps and bounds to stream and are too big by volume, variety, and veracity. The challenge is handling, processing, and automating geo-data from various sources, such as multi-platform remote sensors and IoT devices, informing decision-making and monitoring our planet.
The conference will focus on connecting researchers from various disciplines, including computation/artificial intelligence, engineering, remote sensing, hydrology, agriculture and geosciences, and look for the potential use of intelligent computational approaches for geo-data-based applications and for serving society at large.
