01 / FLAGSHIP
DQN Localization
A research system combining time-based emitter localization with adaptive array geometry.
Explore the system COOPERATIVE SENSING & AUTONOMY
Cooperative RF
Emitter Geolocation.
Kronmeric Technologies advances research in distributed RF sensing and autonomous sensor positioning. Our flagship technology focus is a Deep Q-Network localization system designed and evaluated in simulation.
RESEARCH PROTOTYPE · SIMULATION & DIGITAL-TWIN EVALUATION
THE PROBLEM
A better estimate starts with a better sensor geometry.
A network of RF receivers can listen to the same signal and estimate where it originated. Buildings, reflected paths, and timing errors make that estimate harder.
The research question behind our technology is practical: can the receivers choose more useful positions for their next measurement? Our work connects emitter localization, learning-based geometry control, and environmental modeling.
TECHNOLOGY FOCUS
One system. Connected capabilities.
Localization, sensor tasking, and simulation built around the same sensing problem.
02 / AUTONOMY
Sensor Tasking
Learning-based decisions for where cooperative sensors should measure next.
Explore sensor tasking03 / MODELING
RF Environments
Environmental and hardware error models for evaluating localization under challenging conditions.
Explore the models04 / EVIDENCE
Published Research
IEEE papers and linked research profiles document the technical foundation.
Read the publicationsRESEARCH INTO APPLICATION
Intelligent systems.
Mission-driven innovation.
CONNECT WITH KRONMERIC
Explore a research partnership.
For government research programs, laboratory collaboration, and technology teaming in RF sensing and autonomous systems.