Generation of innovative and sparse encoding vectors for broadcast ...
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The sparsity can be utilized in speeding up the decoding process. An efficient algorithm to generate innovative and sparse encoding vectors is developed.
The sparsity can be utilized in speeding up the decoding process. An efficient algorithm to generate innovative and sparse encoding vectors is developed.
Abstract—In the application of linear network coding to wireless broadcasting with feedback, we prove that the problem of determining the existence of an ...
H. Y. Kwan, K. W. Shum and C. W. Sung, “Generation of Innovative ...
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To improve the retransmission efficiency, linear network coding is applied to broadcast packets. Combined with network coding, an optimal algorithm is proposed, ...
Mar 8, 2023 · Generation of innovative and sparse encoding vectors for broadcast systems with feedback-book.
Generation of innovative and sparse encoding vectors for broadcast systems with feedback · H. Y. KwanK. ShumC. Sung. Computer Science. 2011 IEEE International ...
Chi Wan SUNG - Research Output - CityU Scholars | A Research ...
scholars.cityu.edu.hk › publications
Generation of innovative and sparse encoding vectors for broadcast systems with feedback. Kwan, H. Y., Shum, K. W. & Sung, C. W., 2011, IEEE International ...
Dec 9, 2013 · Abstract—This paper investigates the construction of linear network codes for broadcasting a set of data packets to a number of users.
Sung, “Generation of Innovative and Sparse Encoding Vectors for Broadcast Systems with Feedback,” in. IEEE ISIT, Saint Petersburg, Russia, July 2011. [8] ...
Generation of Innovative and Sparse Encoding Vectors for Broadcast Systems with Feedback. February 2011. Hiu-Yee Kwan · Kenneth W ...