Based on these models, we present the notion of deadlock-free and schedulable languages that contain only deadline-meeting sequences which do not reach deadlock states.
This is due to the fact that the embedded data sequence of deadline is larger than that of ice as shown in Table 2. Figure 9 PSNR of recovered image.
We can also observe that the amount of embedded data sequences of deadline is larger than that of ice, whereas the numbers of pixels of object regions of deadline and ice are similar.
Fig. 11 Percentage of mean decoded video layers versus percentage of minimum decoded video layers for different deadlines Θ and Soccer video sequence.
Fig. 10 Percentage of mean decoded video layers versus percentage of minimum decoded video layers for different deadlines Θ and Foreman video sequence.
Figure 11 shows the percentage of mean decoded video layers and the percentage of minimum decoded video layers performances of different algorithms for different deadlines Θ and Soccer video sequence (for M=15,ε=0.2).
Fig. 8 Percentage of mean received PSNR versus percentage of minimum received PSNR for different deadlines Θ and Soccer video sequence Fig. 9 Percentage of mean received PSNR versus percentage of minimum received PSNR for different number of receivers M and Soccer video sequence.
Fig. 4 Percentage of mean decoded video layers versus percentage of minimum decoded video layers for different deadlines Θ and Soccer video sequence Fig. 5 Percentage of mean decoded video layers versus percentage of minimum decoded video layers for different number of receivers M and Soccer video sequence.
We define real-time deadlines of transmissions and convert the problem into arranging sequence of tasks with corresponding deadlines.
After the submission deadline, GO experimental annotations for those sequences were allowed to accumulate over a period of 11 months.
In a similar manner, corresponding images of deadline are shown in Figure 7. Figure 6 Video sequence: ice, DWT level:, quantization step size:, compression: JPEG. Figure 7 Video sequence: deadline, DWT level:, quantization step size:, compression: JPEG.
