Deriving an empirical channel model for wireless industrial indoor communications

A Traßl, T Hößler, L Scheuvens… - 2019 IEEE 30th …, 2019 - ieeexplore.ieee.org
Wireless system design on the physical layer is usually evaluated using comprehensive
channel models. However, there is still a lack of publicly available stochastic channel …

[PDF][PDF] Deriving an Empirical Channel Model for Wireless Industrial Indoor Communications

A Traßl, T Hößler, L Scheuvens, N Franchi, GP Fettweis - 2019 - andreas-trassl.de
Wireless system design on the physical layer is usually evaluated using comprehensive
channel models. However, there is still a lack of publicly available stochastic channel …

[PDF][PDF] Deriving an Empirical Channel Model for Wireless Industrial Indoor Communications

A Traßl, T Hößler, L Scheuvens, N Franchi, GP Fettweis - 2019 - vodafone-chair.org
Wireless system design on the physical layer is usually evaluated using comprehensive
channel models. However, there is still a lack of publicly available stochastic channel …

[PDF][PDF] Deriving an Empirical Channel Model for Wireless Industrial Indoor Communications

A Traßl, T Hößler, L Scheuvens, N Franchi, GP Fettweis - 2019 - vodafone-chair.org
Wireless system design on the physical layer is usually evaluated using comprehensive
channel models. However, there is still a lack of publicly available stochastic channel …

Deriving an Empirical Channel Model for Wireless Industrial Indoor Communications

A Traßl, T Hößler, L Scheuvens, N Franchi… - 2019 IEEE 30th Annual …, 2019 - dl.acm.org
Wireless system design on the physical layer is usually evaluated using comprehensive
channel models. However, there is still a lack of publicly available stochastic channel …

[PDF][PDF] Deriving an Empirical Channel Model for Wireless Industrial Indoor Communications

A Traßl, T Hößler, L Scheuvens, N Franchi, GP Fettweis - 2019 - vodafone-chair.org
Wireless system design on the physical layer is usually evaluated using comprehensive
channel models. However, there is still a lack of publicly available stochastic channel …