A method of reducing degradation of wireless communication with a mobile vehicle, the method comprising: receiving, via an antenna assembly including a preferred orientation and coupled to the mobile vehicle, a wireless target-signal; and attaining, via one or more processors coupled to antenna assembly, a first type of signal-quality characteristic of the received wireless target-signal, the first type of signal-quality characteristic being indicative of a signal quality; and characterized in further comprising: attaining, via the one or more processors, a second type of signal-quality characteristic of the received wireless target-signal, the second type of signal-quality characteristic being indicative of a signal quality, wherein the first and second types of signal-quality characteristics are different types of signal-quality characteristics and each having a different functional dependence on a combination of signal and noise associated with the received wireless target-signal; generating, via the one or more processors, an interference signature associated with the received wireless target-signal and the preferred orientation of the antenna assembly, the interference signature including a correlation of the attained first signal-quality characteristic and the second signal-quality characteristic; analyzing, via the one or more processors, the generated interference signature to determine a change or degradation in the correlation of the first and second signal-quality characteristics; and adjusting, via the one or more processors, the preferred orientation of the antenna assembly to another orientation based on the analysis of the interference signature, thereby reducing degradation of the wireless target-signal received at the mobile vehicle. receiving, via an antenna assembly including a preferred orientation and coupled to the mobile vehicle, a wireless target-signal; and attaining, via one or more processors coupled to antenna assembly, a first type of signal-quality characteristic of the received wireless target-signal, the first type of signal-quality characteristic being indicative of a signal quality; and characterized in further comprising: attaining, via the one or more processors, a second type of signal-quality characteristic of the received wireless target-signal, the second type of signal-quality characteristic being indicative of a signal quality, wherein the first and second types of signal-quality characteristics are different types of signal-quality characteristics and each having a different functional dependence on a combination of signal and noise associated with the received wireless target-signal; generating, via the one or more processors, an interference signature associated with the received wireless target-signal and the preferred orientation of the antenna assembly, the interference signature including a correlation of the attained first signal-quality characteristic and the second signal-quality characteristic; analyzing, via the one or more processors, the generated interference signature to determine a change or degradation in the correlation of the first and second signal-quality characteristics; and adjusting, via the one or more processors, the preferred orientation of the antenna assembly to another orientation based on the analysis of the interference signature, thereby reducing degradation of the wireless target-signal received at the mobile vehicle. attaining, via the one or more processors, a second type of signal-quality characteristic of the received wireless target-signal, the second type of signal-quality characteristic being indicative of a signal quality, wherein the first and second types of signal-quality characteristics are different types of signal-quality characteristics and each having a different functional dependence on a combination of signal and noise associated with the received wireless target-signal; generating, via the one or more processors, an interference signature associated with the received wireless target-signal and the preferred orientation of the antenna assembly, the interference signature including a correlation of the attained first signal-quality characteristic and the second signal-quality characteristic; analyzing, via the one or more processors, the generated interference signature to determine a change or degradation in the correlation of the first and second signal-quality characteristics; and adjusting, via the one or more processors, the preferred orientation of the antenna assembly to another orientation based on the analysis of the interference signature, thereby reducing degradation of the wireless target-signal received at the mobile vehicle.