Broadcast Channels.pptVIP

Example: Image/video transmission over a MIMO multihop network Antennas can be used for multiplexing, diversity, or interference cancellation M-fold possible capacity increase via multiplexing M2 possible diversity gain Can cancel M-1 interferers Errors occur due to fading, interference, and delay What metric should be optimized? Image “quality” 本文欣赏结束 红藕香残玉簟秋，轻解罗裳，独上兰舟。 云中谁寄锦书来？雁字回时，月满西楼。 谢谢欣赏！！ * * * All the sophisticated high-performance communication techniques developed since WW2 may need to be thrown out the window. By cooperating, nodes can save energy * Interdisciplinary research, design, and development very challenging, but necessary to meet the requirements of future wireless applications * EE360: Multiuser Wireless Systems and NetworksLecture 1 Outline Course Details Course Syllabus Course Overview Multiuser Communications Broadcast Channels MAC Channels Bandwidth Sharing (FD, TD, CD, SD, Hybrid) Multiuser Detection Random Access Course Information* People Instructor: Andrea Goldsmith, andrea@ee, Packard 371, 5-6932, OHs: MW after class and by appt. TA: Yao Xie, Office: Packard 077 Tel(O): (650) 724-3411, Email: yaoxie@, OHs: by appt and around HWs. Class Administrator: Pat Oshiro, poshiro@stanford, Packard 365, 3-2681. *See web or handout for more details Course InformationNuts and Bolts Prerequisites: EE359 Course Time and Location: MW 9:30-10:45. Hewlett 103. Class Homepage: /class/ee360 Contains all required reading, handouts, announcements, HWs, etc. Class Mailing List: ee360win0910-students (automatic for on-campus registered students). Guest list: send TA email to sign up Tentative Grading Policy: 10% Class participation 10% Class presentation 15% Homeworks 15% Paper summaries 50% Project (10% prop, 15% progress rept, 20% final rept, 5% prestn) Grade Components Class participation Read and discuss posted papers before each lecture Class presentation Present a paper related to one of the course topics HW 0: Choose 3 po