Explore public stories, videos, interviews, and expert commentary on IPNL's work in positioning and navigation.
Start here for a quick view of the stories, videos, recognitions, and practitioner articles that explain IPNL's work beyond the lab.
Award recognition
TechConnect 2021 Global Innovation Award
PolyU AAE
Award video
President's KT Award: 3D mapping-aided GNSS
PolyU KTEO / PolyU
Technology demo
Stairio at Geneva Inventions
IPNL news
Profile video
PolyU profile video: Li-Ta Hsu
PolyU YouTube
Video interview
GNSS and decentralized navigation interview
onocoy
Dataset visual
Hong Kong UrbanNav benchmark
IPNL publicationAward photos, interview videos, technical talks, and paper visuals help readers understand the lab's research at a glance.
Google-supported smartphone GNSS
A field-facing visual from the Google visiting-research collaboration that preceded the grant story.
Read
ION technical community
Public ION meeting scene around the lab's navigation community visibility.
Read
3D-map-aided GNSS webinar
A result visual from the recorded 3D mapping-aided GNSS technical explainer.
Watch
Smartphone FGO trajectories
A trajectory result visual that connects the media story back to flagship publications.
Read
Fault-aware resilient localization
A simulation-platform visual for fault-aware and resilient localization research.
ReadUniversity and professional-society releases covering research achievements, technology transfer, awards, and recognition.
The official PolyU AAE release records Dr. Li-Ta Hsu and Dr. Weisong Wen receiving the TechConnect 2021 Global Innovation Award in AI, Data, Cyber & Software for 3D LiDAR-aided GNSS precise positioning.
Why it matters: Shows the technology-award recognition behind the lab's 3D LiDAR-aided GNSS work.
PolyU KTEO lists Dr. Li-Ta Hsu as the Industry I individual awardee for 3D mapping-aided GNSS positioning in dense urban areas.
Why it matters: Highlights how 3D mapping-aided GNSS moved from research into knowledge-transfer impact.
PolyU RIO's public feature connects the lab's 3D mapping-aided GNSS work with smartphone positioning in dense cities.
Why it matters: Explains how urban GNSS research reaches smartphone positioning in dense cities.
A public record for the handrail-affixed staircase inspection robot and its award at the 51st International Exhibition of Inventions Geneva.
Why it matters: Shows the indoor PNT work moving into a real inspection-robot application.
University coverage of Google-supported research on smartphone GNSS positioning in dense urban environments.
Why it matters: Connects smartphone GNSS research with industry-supported urban-positioning challenges.
Recognition from the Institute of Navigation for contributions to GNSS positioning research.
Why it matters: Shows professional recognition from the navigation community.
A public recognition story for the Hong Kong UrbanNav benchmark dataset and its influence in urban navigation research.
Why it matters: Highlights the public benchmark dataset used by the navigation research community.
Stories and interviews that explain the lab's work to public, industry, and practitioner audiences.
A video interview on GNSS corrections, RTK, decentralized infrastructure, and real-world precision positioning use cases.
Why it matters: A video conversation about GNSS correction, RTK, and resilient positioning infrastructure.
A PolyU profile video introduces Dr. Hsu's aerospace-navigation background and the lab's research direction for public audiences.
Why it matters: A short public profile introducing the PI and the lab's navigation mission.
Coverage of Prof. Hsu's invited talk connecting positioning research with Hong Kong's motor transport and driving industry.
Why it matters: Connects positioning research with intelligent-driving and transport audiences in Hong Kong.
Recorded talks and webinars where visitors can hear the research explained directly.
A global ION webinar on 3D mapping-aided GNSS positioning using dual-frequency smartphone pseudorange measurements.
Why it matters: A recorded technical explanation of 3D mapping-aided GNSS for the navigation community.
A public technical webinar connecting factor graph optimization to tightly coupled GNSS/INS integration under difficult positioning conditions.
Why it matters: Explains how factor graph optimization is used in tightly coupled GNSS/INS navigation.
A webinar extending the lab's 3D mapping-aided GNSS line to measured urban diffraction and signal-blockage behavior.
Why it matters: Explains urban signal blockage and diffraction through real GNSS measurements.
The official IPIN 2022 program lists Prof. Hsu as Keynote 4 for a 60-minute talk on graph optimization from urban canyon to indoor positioning.
Why it matters: A public keynote connecting smartphone navigation, indoor positioning, and factor graph optimization.
A public outreach lecture introducing global navigation satellite systems and their everyday role to a broad audience.
Why it matters: A public talk for non-specialist audiences on satellite navigation in everyday life.
Practitioner-facing articles on GNSS, positioning, and navigation.
An expert-facing magazine article explaining how artificial intelligence and machine learning fit into GNSS positioning.
Why it matters: An industry-facing explanation of how AI and machine learning enter GNSS positioning.
An industry magazine article connecting LiDAR perception and GNSS single point positioning in difficult urban environments.
Why it matters: Shows how LiDAR perception can support GNSS positioning in urban environments.
For interviews, collaborations, or additional background, please contact the lab through the engagement page.
