During emane development, FrequnencyOfInterest was a frequency response parameter that specified the frequency range to be received by the receiver, which I confirmed in the open source framework. However, a fatal error occurred in the experiment. For a simple single-hop model, node 1 has a transmitting center frequency of 1000, a frequency response of 1000, and a bandwidth of 1000. Node 2 has a transmitting center frequency of 1200, a frequency response of 1200, and a bandwidth of 1000. According to simple communication common sense, nodes 1 and 2 must be able to communicate, but the strange thing is that nodes 1 and 2 can't ping each other. Is it the physical layer filter setup?
During emane development, FrequnencyOfInterest was a frequency response parameter that specified the frequency range to be received by the receiver, which I confirmed in the open source framework. However, a fatal error occurred in the experiment. For a simple single-hop model, node 1 has a transmitting center frequency of 1000, a frequency response of 1000, and a bandwidth of 1000. Node 2 has a transmitting center frequency of 1200, a frequency response of 1200, and a bandwidth of 1000. According to simple communication common sense, nodes 1 and 2 must be able to communicate, but the strange thing is that nodes 1 and 2 can't ping each other. Is it the physical layer filter setup?