5.77 → 17.99 dB
THE MISSING LINK
A clearer view of the radio.
Wireless conditions change. Measurements can be incomplete, noisy or delayed. Better estimates give adaptation algorithms a more useful foundation.
01ObserveRadio measurements
02EstimateAI-assisted radio state
03AdaptRank & beamforming
04EvaluateLink & network KPIs
CONTROLLED SIMULATION · SUPPLIED PROJECT RESULTSA clearer signal.
A clearer signal.
A measurable difference.
The supplied before/after summary shows higher mean SINR and throughput, with lower mean latency and BLER. These are simulation results, not independently verified lab or field performance.
EXPLORE THE RESULTSClick any metric to switch its view
96.00 → 198.08 Mbps
151.99 → 9.72 ms
45.59% → 6.05%
Controlled simulation results supplied by the project. No field guarantee. See the complete table, metric definitions and limitations.
Inspect the evidence ↗BUILT AROUND YOUR OUTCOME
What could better decisions improve?
A pilot should connect the algorithm to the outcome your application actually needs.
More reliable links
Evaluate block error rates and retransmissions under changing radio conditions.
Less wasted airtime
Investigate whether better adaptation can reduce retries and improve useful throughput.
More predictable delivery
Track latency alongside reliability, rather than optimizing one metric in isolation.