Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Two key challenges in video communications for both wired and wireless environments are efficient compression and effective error protection against channel errors.  consider the problem of error protection for transmitting compressed video data. Specifically,  consider unequal error protection when compression is based on the  three   dimensional   discrete   cosine   transform , and devise specially tailored protection schemes suitable for video transformed using the 3D DCT. Based on the statistical and structural properties of 3D DCT coefficients,  propose different  data   partitioning  schemes for their unequal error protection. Armed with the data partitions,  propose techniques for redundancy distribution among the data groups in a given 3D volume. Experiments are performed on transmission of real video data over AWGN channels with soft decoding. The results show the improved performance of the proposed schemes over unencoded transmission, or transmission with equal error protection. Comparative results with other proposed methods are included.
['Donald A. Adjeroh', 'Supriya Sawant']
I am writing a research paper on a idea Error-Resilient Transmission for 3D DCT Coded Video
[{"from": "human", "value": "I am writing a research paper on a idea Error-Resilient Transmission for 3D DCT Coded Video"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Two key challenges in video communications for both wired and wireless environments are efficient compression and effective error protection against channel errors.  consider the problem of error protection for transmitting compressed video data. Specifically,  consider unequal error protection when compression is based on the  three   dimensional   discrete   cosine   transform , and devise specially tailored protection schemes suitable for video transformed using the 3D DCT. Based on the statistical and structural properties of 3D DCT coefficients,  propose different  data   partitioning  schemes for their unequal error protection. Armed with the data partitions,  propose techniques for redundancy distribution among the data groups in a given 3D volume. Experiments are performed on transmission of real video data over AWGN channels with soft decoding. The results show the improved performance of the proposed schemes over unencoded transmission, or transmission with equal error protection. Comparative results with other proposed methods are included."}]