} NegotiationInformation ::= SEQUENCE { mode BOOLEAN OPTIONAL, listOfChNumber SEQUENCE OF INTEGER OPTIONAL, timeSharingUnitInfo TimeSharingUnitInfo OPTIONAL, slotTimePosition StartEndTime OPTIONAL, numberOfSlots INTEGER OPTIONAL, disallowedSlotTimePosition StartEndTime OPTIONAL, --List of contention numbers [factional value between 0 to 1] listOfContentionNumbers SEQUENCE OF REAL OPTIONAL, } ListOfWinnerCMID ::= SEQUENCE OF CxID --List of slot time position [s] ListOfSlotTimePosition ::= SEQUENCE OF REAL ----------------------------------------------------------- --Measurement ----------------------------------------------------------- MeasurementSchedule ::= SEQUENCE { measStartTime GeneralizedTime OPTIONAL, numberOfMeasurements INTEGER OPTIONAL, --Time between measurements [s] timeBetweenMeasurements REAL OPTIONAL } MeasurementFreq ::= CHOICE { chan SEQUENCE OF INTEGER, freq FrequencyRange } MeasurementType ::= ENUMERATED { interferenceLevel, throughput } MeasurementDescription ::= SEQUENCE { measType MeasurementType OPTIONAL, measSchedule MeasurementSchedule OPTIONAL, measFreq MeasurementFreq OPTIONAL } MeasurementReport ::= CHOICE { --Interference level value [dBm] interferenceLevelValue REAL, --Throughput value [Mb/s] throughputValue REAL, }
} NegotiationInformation ::= SEQUENCE { mode BOOLEAN OPTIONAL, listOfChNumber SEQUENCE OF INTEGER OPTIONAL, timeSharingUnitInfo TimeSharingUnitInfo OPTIONAL, slotTimePosition StartEndTime OPTIONAL, numberOfSlots INTEGER OPTIONAL, disallowedSlotTimePosition StartEndTime OPTIONAL, --List of contention numbers [factional value between 0 to 1] listOfContentionNumbers SEQUENCE OF REAL OPTIONAL, } ListOfWinnerCMID ::= SEQUENCE OF CxID --List of slot time position [s] ListOfSlotTimePosition ::= SEQUENCE OF REAL ----------------------------------------------------------- --Measurement ----------------------------------------------------------- MeasurementSchedule ::= SEQUENCE { measStartTime GeneralizedTime OPTIONAL, numberOfMeasurements INTEGER OPTIONAL, --Time between measurements [s] timeBetweenMeasurements REAL OPTIONAL } MeasurementFreq ::= CHOICE { chan SEQUENCE OF INTEGER, freq FrequencyRange } MeasurementType ::= ENUMERATED { interferenceLevel, throughput } MeasurementDescription ::= SEQUENCE { measType MeasurementType OPTIONAL, measSchedule MeasurementSchedule OPTIONAL, measFreq MeasurementFreq OPTIONAL } MeasurementReport ::= CHOICE { --Interference level value [dBm] interferenceLevelValue REAL, --Throughput value [Mb/s] throughputValue REAL, }