'Water filling' presentation slideshows

WELCOME

526 views • 32 slides

WELCOME

330 views • 32 slides

??????? ????? (626-40) ????? ?????? ???????

??????? ????? (626-40) ????? ?????? ???????. ??????? ?????? ????????. ?????? ???? 92-91 ????? ???? ???. So far we have only looked at uncoded schemes. Information theory provides a fundamental characterization of coded performance.

434 views • 28 slides

??????? ????? (626-40) ????? ?????? ???????

??????? ????? (626-40) ????? ?????? ???????. ??????? ?????? ????????. ?????? ???? 92-91 ????? ???? ???. So far we have only looked at uncoded schemes. Information theory provides a fundamental characterization of coded performance.

284 views • 28 slides

Wireless Communication Channel Capacity

Wireless Communication Channel Capacity. Sharif University of Technology. Fall 2015 Afshin Hemmatyar. So far we have only looked at uncoded schemes. Information theory provides a fundamental characterization of coded performance.

588 views • 28 slides

??????? ????? (626-40) ????? ?????? ???????

??????? ????? (626-40) ????? ?????? ???????. ??????? ?????? ????????. ?????? ???? 94-93 ????? ???? ???. So far we have only looked at uncoded schemes. Information theory provides a fundamental characterization of coded performance.

283 views • 28 slides

Part 3: Channel Capacity

674 views • 24 slides

Iterative Water-filling for Gaussian Vector Multiple Access Channel

Iterative Water-filling for Gaussian Vector Multiple Access Channel. Wei Yu, Wonjong Rhee, Stephen Boyd and John M. Cioffi IEEE Trans. Inform ., 2002 Presenters: Xingkai Bao and Zhenlei Shen. Outline. Introduction Multiple Access Channel Rate region for 2 user MAC goal

383 views • 12 slides

363 views • 11 slides

Ecospheres

Ecospheres. A Classroom Analogy to Easter Island or Earth.

90 views • 8 slides