Research that holds up in the field.

Vehicular links are evaluated where radio conditions, mobility, and application requirements meet. The work covers LTE/5G-V2I testbeds, remote-driving support, and field measurements of RSRP, throughput, latency, jitter, and packet loss.

Question

Can a measured mobile link support a demanding vehicular or teleoperation use case?

Method

Software-defined-radio testbeds, vehicle trials, drive tests, and KPI analysis.

Output

Traceable evidence for coverage, link budget, delay, and service feasibility.

Related paths: Field validation · Logistics

Open and configurable radio platforms make it possible to compare protocol behavior with physical-layer measurements. The testbed work links repeatable indoor experiments to outdoor observations instead of treating either environment as a proxy for the other.

Question

Which measurements remain meaningful when the radio moves from a controlled bench to a live route?

Method

SDR hardware, configurable LTE/5G and NR stacks, coaxial or over-the-air links, and synchronized logs.

Output

Reproducible test conditions for comparing radio, channel, and service behavior.

Related paths: Research testbeds · Field validation

Propagation studies translate channel impulse responses, path loss, and received-power measurements into coverage evidence. The result is a practical view of where a link works, how it degrades, and which model assumptions need to be checked.

Question

How do distance, obstructions, and the built environment shape received signal quality?

Method

Channel measurements, drive and scan routes, path-loss fitting, and geospatial visualization.

Output

Readable coverage maps and model inputs for planning, validation, and troubleshooting.

Related paths: RF surveys · Wireless readiness

Low-power wide-area systems are compared in the conditions that expose their practical differences: non-line-of-sight reception, diffraction, mobility, and application constraints. The emphasis is on measured behavior rather than nominal range alone.

Question

Which low-power technology is better suited to a given obstruction, route, or IoT service?

Method

LoRa and NB-IoT experiments with SDR support, drive measurements, and signal-quality mapping.

Output

Scenario-specific evidence for reliability, coverage, and deployment tradeoffs.

Related paths: Manufacturing · Utilities

Wireless systems expose both security and timing risks through their measurements. The portfolio includes machine-learning-based detection of active eavesdroppers and probabilistic analysis of tail latency, alongside KPI views that keep variability visible.

Question

Can observed radio and network signals reveal a threat or a latency risk early enough to act?

Method

RSS and CSI feature sets, supervised classifiers, KPI traces, and probabilistic tail-latency models.

Output

Models and visual evidence for secure transmission decisions and service-level planning.

Related paths: Private wireless · Wireless readiness