Ubihere News
Ubihere Awarded Air Force Contract to Develop Tracking Tag
COLUMBUS, OHIO — The United States Air Force awarded Ubihere an $875,000 contract to build a tracking system to be used at Dyess Air Force Base, located
What We’ve Learned From COVID-19: Hospitals Need New Ways to Track Equipment
As the US begins to emerge from lockdown, there will be numerous think pieces about what we’ve learned from the COVID-19 pandemic and what steps
From Locating Undercover Officers to Customer Tracking
Tracking and locating people in a GPS-denied environment is a challenge. A new GPS-free tracking technology developed for security applications is now offered commercially for
Tag Technology Helps Map the Unmappable
Ask any consumer if they remember the days before GNSS technology was in every new car and on every phone. What about before sites like
New Ubihere Technology Fills in for GPS Indoors
Ubihere has introduced a new 2D and 3D tracking technology for indoor and outdoor positioning. Ubihere’s patented technology provides real-time asset location and information without GPS,
Why Funding Startups Might be the Best Investment During Economic Distress
Case Study: Ubihere Being at the frontlines of the battle with COVID-19, hospitals need to take advantage of every possible efficiency to grapple with the pandemic.
Dr. Alper Yilmaz
Dr. Yilmaz is Professor of GeoInformatics with appointments in Civil Engineering, and Computer Science and Engineering Departments at The Ohio State University. He is a
No GPS? Ubihere Will Find What You Seek Anyway!
Revenue is beginning to flow for a startup launched out of Ohio State University and incubated at Rev1 Ventures. Research for spies and astronauts undergirds
Persistent Feature Tracking Using Scene Geometry
Despite many alternatives to feature tracking problem, iterative least squares solution solving the optical flow constraint has been the most popular approach used by many
GPS-Denied Geo-Localization Using Visual Odometry
The primary method for geo-localization is based on GPS which has issues of localization accuracy, power consumption, and unavailability. This paper proposes a novel approach
A Multi-Sensor Integration Approach Toward Astronaut Navigation For Landed Lunar Missions
As experienced by Apollo lunar astronauts, spatial orientation can be affected significantly by lunar environmental conditions such as the moon’s altered gravity, lack of an