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en:projects:details:lz09 [2009/07/23 14:10]
zhang created
en:projects:details:lz09 [2016/06/23 11:26] (current)
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 ---- dataentry project ---- ---- dataentry project ----
-title : partial ​response signaling for the magnetic ​recording channel+title : Partial ​response signaling for perpendicular ​recording channel
 contactname:​ Luoming Zhang contactname:​ Luoming Zhang
 contactmail_mail:​ luoming.zhang@epfl.ch contactmail_mail:​ luoming.zhang@epfl.ch
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 contactroom:​ BC 158 contactroom:​ BC 158
 type : bachelor semester type : bachelor semester
-status ​available +state unavailable 
-created_dt : 2009-07-24+created_dt : 2010-02-01
 taken_dt :  ​ taken_dt :  ​
 completed_dt :  completed_dt : 
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 template:​datatemplates:​project template:​datatemplates:​project
 ---- ----
-Partial ​response signaling is the most popular channel coding ​in the readback channel of hard disk devices(HDD). There are different signaling ​mechanism ​according to the recording density in HDD. In the project, you have to model the magnetic recording channel ​for various ​recording ​density. And for master students, the computer simulation of partial response signaling should be done. you must construct a simulation platform based on simple ​MLSE detector or using iterative detector.+As the industry standard, partial ​response signaling is the main signal equalization and detection technique ​in the readback channel of HDD. There are different signaling ​mechanisms ​according to the recording density in HDD. In the project, you have to implement ​the magnetic recording channel ​of perpendicular ​recording, which is the popular magnetic recording technique in the HDD world And for master students, the computer simulation of partial response signaling should be done. you must construct a simulation platform based on basic MLSE detector or using iterative detector.
  
 Prerequisites: ​ programming in c or matlab; priciples of digital communication and discrete signal processing. Prerequisites: ​ programming in c or matlab; priciples of digital communication and discrete signal processing.