摘要:
The invention regards a system, a method and a program for testing a mobile communication device (4) with an offline uplink fader and uplink scheduler. The inventive offline uplink fader and scheduler (3) for a communication tester (2) gets a fading profile and converts the fading profile into data containing the RF channel properties and provides this data to an uplink scheduler (8) for generating the uplink scheduling information. The uplink scheduling information is then stored. For testing a mobile communication device (4) the stored test signal is reproduced and transmitted via an interface (11) to the device under test (4), which responds by scheduling the uplink accordingly. The communication tester (2) receives the uplink signals sent by the device under test (4) and evaluates the received signal with respect to the uplink scheduling information.
摘要:
The invention regards a system, a method and a program for testing a mobile communication device (4) with an offline uplink fader and uplink scheduler. The inventive offline uplink fader and scheduler (3) for a communication tester (2) gets a fading profile and converts the fading profile into data containing the RF channel properties and provides this data to an uplink scheduler (8) for generating the uplink scheduling information. The uplink scheduling information is then stored. For testing a mobile communication device (4) the stored test signal is reproduced and transmitted via an interface (11) to the device under test (4), which responds by scheduling the uplink accordingly. The communication tester (2) receives the uplink signals sent by the device under test (4) and evaluates the received signal with respect to the uplink scheduling information.
摘要:
The invention regards a system, a method and a program for testing a mobile communication device (4) with an offline uplink fader and uplink scheduler. The inventive offline uplink fader and scheduler (3) for a communication tester (2) gets a fading profile and converts the fading profile into data containing the RF channel properties and provides this data to an uplink scheduler (8) for generating the uplink scheduling information. The uplink scheduling information is then stored. For testing a mobile communication device (4) the stored test signal is reproduced and transmitted via an interface (11) to the device under test (4), which responds by scheduling the uplink accordingly. The communication tester (2) receives the uplink signals sent by the device under test (4) and evaluates the received signal with respect to the uplink scheduling information.