At 1Spatial we use validation, integration, automation and our rules-based approach to build strong data infrastructures, leading to better outcomes and making your data smarter.
Have you thought about how you will transform your data to GDA2020?
During this session, we will help you understand the requirements needed for GDA2020 and the best way to migrate your data to this new datum!
Join our team for a free webinar on Friday 27th November and hear how we can help you migrate your data to GDA2020.
Agenda
- Recognising your data and understanding the effect this will have on your data
- Authoritative data sets that already exist
- GA & ICSM slides defining the height datum + case studies of support issues
- Transformations with FME
- Ensuring your organisation has a plan for the transformation
- How we can help you implement the move
In the meantime, if you have any technical questions, or you’d just like a quotation on one of our products, some training or a dedicated consultancy session from one of our specialised consultants, just send us some details to sales.australia@1spatial.com and we’ll be sure to get back to you.
Whether you’re new to FME or an experienced user, our free webinars are packed with tips, tricks and knowledge to take your FME expertise to the next level!
FME 2021 has landed and there’s a lot to take in, so much so, that what might seem like an insignificant new feature at first can have some serious benefits to your data integration routines.
In this session, we’ll hear from our 5 highly qualified consultants on what their 5 hot features are in FME and why you might want to take a closer look.
Agenda
- Enterprise Integration – Using the connectors Safe continues to introduce each year to better integrate FME Server with other systems.
- The FME Parameter Manager – How to improve the user experience of FME parameters in 2021 with the FME Parameter Manager.
- Self Service –Are you tired of doing repetitive tasks? We’ll cover off how you can use FME technology to provide self-service functions to people within your organisation. Self-service data access, data submissions and requests can be streamlined using FME.
- Creating PDF Reports – Do you need to create PDF reports as part of your ETL process? These tips can help you create pretty PDF reports via FME.
- Getting Started Quickly with FME Cloud – Access the power of FME Server instantly without the burden of managing hardware and security.
This webinar is part of our free FME education programme where we focus on one specific topic and dive deep under the covers to highlight a particular data challenge or solution. All of our historic webinars are published on our on-demand webinar page, just in case you missed a session, you can review it there… but if you join us on the live session you’ll have the opportunity to ask our expert presenter some questions around the topic.
In the meantime, if you have any technical questions, or you’d just like a quotation for FME, some training or a dedicated consultancy session from one of our FME Certified Professionals, just send us some details to Sales.australia@1spatial.com and we’ll be sure to get back to you.
Put your pedal to the FMEdal and join us for the FME World Tour 2022!
Is your data driving you crazy? Overtake the competition with FME 2022! Register now to join us in a city near you. Whether you’re a newbie, just discovering the power of FME or an expert and hungry for new functionality, these fun events should be in your calendar!
Take a look at some of the most popular reasons to attend a World Tour event near you:
- Hear customer success stories and gain valuable insight on data integration strategies
- Get up to speed with FME 2022 new capabilities
- Our FME Pit Crew “Certified professionals” will be on the ground to answer any questions you may have.
- Plus lots of great prizes to be won!
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
The Institute of Navigation’s (ION) Pacific PNT Conference is a global event dedicated to the cooperative development of positioning, navigation and timing technology and applications.
The conference attracts policy and technical leaders from Japan, Singapore, China, South Korea, Australia, the United States and many other countries, who meet to discuss policy updates, receive program status updates and exchange technical information.
The conference will cover a wide range of topics:
- GNSS policy/status
- Polynesian navigation
- Aircraft navigation and surveillance
- Algorithms and methods
- Alternative navigation and signals of opportunity
- Aviation applications of GNSS
- Challenging navigation problems
- Emerging PNT consumer applications
- GNSS-R and GNSS-RO for environmental monitoring
- High-precision GNSS correction and monitoring networks
- Inertial navigation technology and applications
- Interference and spectrum
- Ionosphere monitoring with GNSS
- Natural hazards detection and other remote sensing applications
- Time and frequency distribution
- Space navigation technologies
Substantial discounts are available for early registrations.
In 2024, the International GNSS Service (IGS) will celebrate 30 years of operational service, having commenced on 1 January 1994.
The University of Bern together with the partners from the CODE consortium — AIUB: Astronomical Institute of the University of Bern; swisstopo: Swiss Federal Office of Topography; BKG: Federal Agency for Cartography and Geodesy, Germany; IAPG/TUM: Institute for Astronomical and Physical Geodesy, Technical University of Munich — invites the GNSS community to celebrate the IGS’ third decade with a symposium and workshop in Bern, Switzerland.
The in-person event is planned for the week from 1 to 5 July in 2024 and will take place in two parts: symposium (1-4 July) and workshop (4-5 July).
The IGS is a service of the International Association of Geodesy (IAG), its Global Geodetic Observing System (GGOS), The International Union of Geodesy and Geophysics (IUGG), and a network member of the International Science Council (ISC) World Data System (WDS).
The 9th International Colloquium on Scientific and Fundamental Aspects of GNSS will bring together members of the European scientific community and their international partners involved in the use of Galileo and other GNSS in their research.
The colloquium will address several major areas of research:
- Scientific applications in meteorology, geodesy, geodynamics, geophysics, space physics, oceanography, land surface and ecosystem studies.
- Scientific developments in physics with a potential impact on future GNSS, particularly in testing fundamental laws of physics.
- Aspects of metrology such as reference frames, on board and ground clocks, precise orbit determination and time and frequency transfer.
- Scientific aspects of satellite navigation, positioning and its applications.
- Other topics of interest such as big data, IoT, novel disruptive technologies, Cubesats, HAPS, UAVs and autonomous vehicles.
- Systems and technologies for navigation in space.
Image courtesy Lockheed-Martin