Abstract: A semi-persistent scheduling method of machine-type communications specifically for cellular devices and a system employing the semi-persistent scheduling method are provided. Three algorithmic methods act in cooperation with allocating smartest and fastest possible incarnations of a resource handling in a cellular network setting, exploiting an inherent periodicity of a machine-to-machine communication taking place; a high priority cluster takes precedence over another cluster, before assigned to Unit Frequency Bands (UFB) with a given width, any device with a set priority according to a quality-of-service requirement allocation of the any device is executed on the UFB.

Abstract: A semi-persistent scheduling method of machine-type communications specifically for cellular devices and a system employing the semi-persistent scheduling method are provided. Three algorithmic methods act in cooperation with allocating smartest and fastest possible incarnations of a resource handling in a cellular network setting, exploiting an inherent periodicity of a machine-to-machine communication taking place; a high priority cluster takes precedence over another cluster, before assigned to Unit Frequency Bands (UFB) with a given width, any device with a set priority according to a quality-of-service requirement allocation of the any device is executed on the UFB.

Abstract: A method for generating a time table determines the data exchange times between a control unit and wireless sensors in a vehicle, which includes said control unit. The wireless sensors detect properties of components of the vehicle and/or surrounding parameters, and carrying out data exchange with the control unit by establishing a wireless connection with at least one wireless port provided in the control unit. The method can include calculating the data exchange periods and/or the data exchange durations between each sensor and the control unit; generating a time table having an adjustable table length according to the data exchange periods and/or data exchange durations; splitting the time table into subunits according to the data exchange periods and/or data exchange durations; and entering the times at which each sensor performs data exchange with the control unit into the table according to a predefined priority order.

Abstract: A method for generating a time table (L) determines the data exchange times between a control unit and wireless sensors in a vehicle, which includes said control unit. The wireless sensors detect properties of components of the vehicle and/or surrounding parameters, and carrying out data exchange with the control unit by establishing a wireless connection with at least one wireless port provided in the control unit. The method can include calculating the data exchange periods and/or the data exchange durations between each sensor and the control unit; generating a time table (L) having an adjustable table length (T) according to the data exchange periods and/or data exchange durations; splitting the time table (L) into subunits (R) according to the data exchange periods and/or data exchange durations; and entering the times at which each sensor performs data exchange with the control unit into the table according to a predefined priority order.