Optimal H.264 Scalable Video Scheduling Policies for 3G/4G Wireless Cellular and Video Sensor Networks

Table 1

Calculation bit rate for SVC video with 4 temporal and 3 quantization layers for Crew video.

Video stream	Cumulative rate; 𝑅(𝑚,𝑛)	Cumulative quality; 𝑄(𝑚,𝑛)	Differential relation; 𝑌(𝑚,𝑛)=𝑅(𝑚,𝑛) or 𝑄(𝑚,𝑛)	Differential rate; 𝑅(𝑚,𝑛)	Differential quality; 𝑄(𝑚,𝑛)	𝑁; (Kb)	Utility; 𝒰(𝑚,𝑛)
𝒱(0,0)	79.2	41.301	𝑌(0,0)	79.2000	41.3012	21.120	1.9556
𝒱(0,1)	165.80	48.395	𝑌(0,1)−𝑌(0,0)	86.6000	7.0943	23.093	0.3072
𝒱(0,2)	315.80	53.477	𝑌(0,2)−𝑌(0,1)	150.0000	5.0822	40.000	0.1271
𝒱(1,0)	107.40	57.801	𝑌(1,0)−𝑌(0,0)	28.2000	16.5005	7.520	2.1942
𝒱(1,1)	226.40	67.730	(𝑌(1,1)−𝑌(0,1))−(𝑌(1,0)−𝑌(0,0))	32.4000	2.8343	8.640	0.3280
𝒱(1,2)	441.60	74.843	(𝑌(1,2)−𝑌(0,2))−(𝑌(1,1)−𝑌(0,1))	65.2000	2.0304	17.386	0.1168
𝒱(2,0)	137.50	67.027	(𝑌(2,0)−𝑌(1,0))/2	15.0500	4.6130	4.013	1.1494
𝒱(2,1)	292.80	78.541	((𝑌(2,1)−𝑌(1,1))−(𝑌(2,0)−𝑌(1,0)))/2	18.1500	0.7924	4.840	0.1637
𝒱(2,2)	575.90	86.788	((𝑌(2,2)−𝑌(1,2))−(𝑌(2,1)−𝑌(1,1)))/2	33.9500	0.5676	9.053	0.0627
𝒱(3,0)	171.40	68.735	(𝑌(3,0)−𝑌(2,0))/4	8.4750	0.4269	2.260	0.1889
𝒱(3,1)	369.70	80.542	((𝑌(3,1)−𝑌(2,1))−(𝑌(3,0)−𝑌(2,0)))/4	10.7500	0.0733	2.866	0.0256
𝒱(3,2)	727.30	89.000	((𝑌(3,2)−𝑌(2,2))−(𝑌(3,1)−𝑌(2,1)))/4	18.6250	0.0525	4.966	0.0106