Join us for the first session in our ‘Locate Connect’ online learning series! Hear from Scott Dewar, Director, Chris Hewett, Assistant Secretary GEOINT Capability and Development & Phil Shears, Director DEF799 Phase 2.
In this session from 1300 – 1400, the Australian Geospatial-Intelligence Organisation (AGO) will be launching the Defence Geospatial-Intelligence (GEOINT) Strategy, a document that addresses how the Defence GEOINT Community will transform to meet the future needs of the Australian Defence Force. The AGO Executive will also provide an update on their GEOINT projects and announce upcoming opportunities for industry and discuss how the COVID-19 pandemic has impacted the organisation.
Then from 1430 – 1545, AGO, along with Frontier SI will describe how The Analytics Lab Program (AGO Labs) fits into the bigger picture of AGO capability and summarise the outcomes of their 2019 activities. AGO Labs, coordinated through FrontierSI, is investigating a number of ways to better engage and work with industry. Specifically, the AGO is keen to attract a wider pool of companies and technologies to draw on for automated geospatial intelligence. The primary focus of this program is to address AGO capability challenges through a small number of short-term industry projects, with a focus on machine learning and analytics for producing automated imagery analysis, including automated object classification. AGO will announce a new 2020 program of challenges hoping to find innovative solutions through their partnership with FrontierSI.
A panel of data and industry experts will examine changes to IP and copyright and the disruption of current business models that current and future technologies are creating, with an open discussion about governance considerations that may affect surveying businesses now and in the coming years. This will be an insightful, interesting and challenging discussion around how technology and big data are redefining business opportunities.
The speakers will be:
- Professor Kevin McDougall, Head of School, Civil Engineering and Surveying University of Queensland
- Rachel Sciascia, Partner, Gadens
- Nicole Stephensen, Principal Consultant, Ground Up Consulting Pty Ltd
- Adam Beck , Executive Director, Smart Cities Council Australia New Zealand Secretariat, Centre for Data Leadership
Image credit: ©stock.adobe.com/au/boreala
During GEO Week 2021, the Group on Earth Observations will present the multidisciplinary activities of the GEO Work Programme that address policy agendas involved in the UN Framework Convention on Climate Change (UNFCCC) COP26, the Convention on Biological Diversity (CBD) COP15, the UN Decade of Ocean Science for Sustainable Development and the UN Decade of Ecosystem Restoration.
The online event will include the GEO-17 plenary, plus anchor and side events. Time will be scheduled each day for virtual networking. On Monday, November 22, the 56th Executive Committee will be held as a closed meeting.
Of particular importance will be the anchor events: These are the main events designed by GEO week 2021 organisers to explain the multidisciplinary nature of GEO through the concept of nexus thinking. Working on multiple topics simultaneously is essential in today’s rapidly changing environmental and social conditions. For example, work in one area will have a knock-on effect or impact in another area, such as the water, energy and food nexus. These events are linked to the global policy agendas that underpin most of GEO’s work.
Image credit: NASA
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.
