TY - GEN
T1 - A fuzzing‐based test‐creation approach for evaluating digital TV receivers via transport streams
AU - Izumi, Fabricio
AU - De lima filho, Eddie b.
AU - Cordeiro, Lucas c.
AU - Maia, Orlewilson
AU - Fabrício, Rômulo
AU - Farias, Bruno
AU - Silva, Aguinaldo
PY - 2024/1/9
Y1 - 2024/1/9
N2 - Many digital TV (DTV) broadcasters inadvertently misconfigure their devices and transmit wrong information, which may cause incorrect receiver behavior. Moreover, the way those problems are usually introduced in DTV signals presents some randomness, which resembles fuzzing techniques. This scenario is addressed here, which led to a novel receiver robustness evaluation methodology based on non-compliance tests using grammar-based guided fuzzing. Experiments with such a scheme have shown its efficacy and provided opportunities to improve robustness regarding commercial DTV platforms. Index Terms—Digital TV, Fuzzing, Robustness Testing, Transport Stream, Testing Methodology
AB - Many digital TV (DTV) broadcasters inadvertently misconfigure their devices and transmit wrong information, which may cause incorrect receiver behavior. Moreover, the way those problems are usually introduced in DTV signals presents some randomness, which resembles fuzzing techniques. This scenario is addressed here, which led to a novel receiver robustness evaluation methodology based on non-compliance tests using grammar-based guided fuzzing. Experiments with such a scheme have shown its efficacy and provided opportunities to improve robustness regarding commercial DTV platforms. Index Terms—Digital TV, Fuzzing, Robustness Testing, Transport Stream, Testing Methodology
M3 - Conference contribution
T3 - Software Testing, Verification and Reliability
BT - 17th IEEE International Conference on Software Testing, Verification and Validation
ER -