nformation SEI message, and t is the removal time (in seconds) of the last access unit (in decoding order) of the target access unit set. With X specifying the value of avg_bitrate[i], the following applies: If t1 is not equal to t2, the following condition shall be true: ( & (214 - 1) ) bTotal / ( (G-371) Otherwise (t1 is equal to t2), the following condition shall be true: (x&(214-1))== 0 (G-372) max_bitrate_layer[i] i indicates an upper bound for the bit rate of the current scalable layer in any fixed-size time window, specified by max_bitrate_calc_window of access unit removal time as specified in Annex C. The upper bound for the bit rate of the current scalable layer in bits per second is given by BitRateBPS max_bitrate_layer[i]) with the function BitRateBPS() being specified in Equation G-370. The bit rate values are derived according to the access unit removal time specified in Annex C of this Recommendation | International Standard. In the following, t is any point in time (in seconds), t2 is set equal to t1 + max_bitrate_calc_window| i] / 100, and bTotal is the number of bits in all NAL units of the current scalable layer that belong to access units with a removal time greater than or equal to t1 and less than t2. With X specifying the value of max_bitrate_layer[ the following condition shall be obeyed for all values of t1: (G-373) max_bitrate_layer_representation[ indicates an upper bound for the bit rate of the current scalable layer representation in any fixed-size time window, specified by max_bitrate_calc_window[ of access unit removal time as specified in Annex C. The upper bound for the bit rate of the current scalable layer representation in bits per second is given by BitRateBPS hax_bitrate_layer_representation[i]) with the function BitRateBPS() being specified in Equation G-370. The bit rate values are derived according to the access unit removal time specified in Annex C of this Recommendation | International Standard. In the following, t1 is any point in time (in seconds), t is set equal to t