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__kernel void compose(
__global const uchar *tileData,
__global const float *alphaMask,
__global uchar *output,
const int tileWidth,
const int tileHeight,
const int outStride)
int x = get_global_id(0);
int y = get_global_id(1);
int idx = y * tileWidth + x;
float a = alphaMask[idx];
uchar3 src = vload3(idx, tileData); // YUV packed as 3 bytes
uchar3 dst = vload3(idx, output + get_global_offset(0));
// Simple alpha blending in YUV space
uchar3 out = (uchar3)( (a * src) + ((1.0f - a) * dst) );
vstore3(out, idx, output + get_global_offset(0));
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Each source reports its estimated bandwidth (B̂) and packet loss rate (p). The scheduler computes a quality factor (Q): Please provide more information, and I'll get started
[ Q_i = \alpha \fracB̂_iB_\max - \beta p_i ]
where (\alpha=0.7), (\beta=0.3). Tiles from higher‑Q sources receive higher decoding priority and larger allocation of GPU work‑groups. This approach gracefully degrades visual fidelity under constrained network conditions while preserving the most critical feeds.