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This shows you the differences between two versions of the page.

--- modern_ssds [2022/08/22 07:05] – [Learning Materials] jispark
+++ modern_ssds [2022/08/22 07:36] (current) – [Spring 2022 Meetings/Schedule] nadigr
@@ Line 39: / Line 39: @@
 ^ Week ^ Date ^ Livestream ^ Meeting ^ Learning Materials ^ Assignments ^
 | W1  | 18.03   | | <hi #fff200> M1: P&S Course Presentation</hi> \\ {{pns_modern_ssds_fs2022_1st_after_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_1st_after_meeting.pptx|PPT}} \\  |[[modern_ssds#Learning Materials#Meeting 1: Required Materials| Required]]  \\ [[modern_ssds#Learning Materials#Meeting 1: Recommended Materials| Recommended]] | |
-| W2  | 25.03   | {{youtube>link:_q4rm71DsY4| Live}} | <hi #fff200> M2: Basics of NAND Flash-Based SSDs </hi> \\ {{pns_modern_ssds_fs2022_2nd_after_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_2nd_after_meeting.pptx|PPT}} \\ |[[ssd_simulator#Learning Materials#Meeting 2: Required Materials| Required]]  \\ [[ssd_simulator#Learning Materials#Meeting 2: Recommended Materials| Recommended]] | |
+| W2  | 25.03   | {{youtube>link:_q4rm71DsY4| Live}} | <hi #fff200> M2: Basics of NAND Flash-Based SSDs </hi> \\ {{pns_modern_ssds_fs2022_2nd_after_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_2nd_after_meeting.pptx|PPT}} \\ |[[modern_ssds#Learning Materials#Meeting 2: Required Materials| Required]]  \\ [[modern_ssds#Learning Materials#Meeting 2: Recommended Materials| Recommended]] | |
-| W3  | 04.04   | {{youtube>link:YhhEhzL5Pjg| Live}} | <hi #fff200> M3: Advanced NAND Flash Commands and Address Translation </hi> \\ {{pns_modern_ssds_fs2022_3rd_before_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_3rd_before_meeting.pptx|PPT}} \\ |[[ssd_simulator#Learning Materials#Meeting 3: Required Materials| Required]]  \\ [[ssd_simulator#Learning Materials#Meeting 3: Recommended Materials| Recommended]] | |
+| W3  | 04.04   | {{youtube>link:YhhEhzL5Pjg| Live}} | <hi #fff200> M3: Advanced NAND Flash Commands and Address Translation </hi> \\ {{pns_modern_ssds_fs2022_3rd_before_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_3rd_before_meeting.pptx|PPT}} \\ |[[modern_ssds#Learning Materials#Meeting 3: Required Materials| Required]]  \\ [[modern_ssds#Learning Materials#Meeting 3: Recommended Materials| Recommended]] | |
-| W4  | 08.04   | {{youtube>link:d40ekgmjM98| Live}} | <hi #fff200> M4: Introduction to MQSim </hi> \\ {{pns_modern_ssds_fs2022_4th_before_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_4th_before_meeting.pptx|PPT}} \\ |[[ssd_simulator#Learning Materials#Meeting 4: Required Materials| Required]]  \\ [[ssd_simulator#Learning Materials#Meeting 3: Recommended Materials| Recommended]] | |
+| W4  | 08.04   | {{youtube>link:d40ekgmjM98| Live}} | <hi #fff200> M4: Introduction to MQSim </hi> \\ {{pns_modern_ssds_fs2022_4th_before_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_4th_before_meeting.pptx|PPT}} \\ |[[modern_ssds#Learning Materials#Meeting 4: Required Materials| Required]]  \\ [[modern_ssds#Learning Materials#Meeting 3: Recommended Materials| Recommended]] | |
 | W5  | 29.04   | {{youtube>link:-3VJneXz2a0| Live}} | <hi #fff200> M5: Fine-Grained Mapping and Multi-Plane Operation-Aware Block Management </hi> \\ {{pns_modern_ssds_fs2022_5th_before_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_5th_before_meeting.pptx|PPT}} \\ | |
-| W6  | 15.07   | {{youtube>link:3xyRpIsdODg| Live}} | <hi #fff200> Research Session 1: Data Sanitization and Read-Retry in Modern NAND Flash-Based SSDs </hi> \\ {{pns_modern_ssds_fs2022_5th_before_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_5th_before_meeting.pptx|PPT}} \\ | |
+| W6  | 15.07   | {{youtube>link:3xyRpIsdODg| Live}} | <hi #fff200> Research Session 1: Data Sanitization and Read-Retry in Modern NAND Flash-Based SSDs </hi> \\ {{pns_modern_ssds_fs2022_6th_after_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_6th_after_meeting.pptx|PPT}} \\ | [[modern_ssds#Learning Materials#Meeting 6: Recommended Materials| Recommended]]|
-| W7  | 22.07   | {{youtube>link:TpXQO4gpdys| Live}} | <hi #fff200> Research Session 2: In-Storage Processing for Genomics Applications and Reinforcement Learning-Based Hybrid Storage System Management </hi> \\ {{pns_modern_ssds_fs2022_5th_before_meeting.pdf|PDF}} {{pns_modern_ssds_fs2022_5th_before_meeting.pptx|PPT}} \\ | |
+| W7  | 22.07   | {{youtube>link:TpXQO4gpdys| Live}} | <hi #fff200> Research Session 2: In-Storage Processing for Genomics Applications and Reinforcement Learning-Based Hybrid Storage System Management </hi> \\ GenStore: {{https://people.inf.ethz.ch/omutlu/pub/GenStore_asplos22-talk.pdf|PDF}} {{https://people.inf.ethz.ch/omutlu/pub/GenStore_asplos22-talk.pptx|PPT}} \\ Sibyl: {{https://people.inf.ethz.ch/omutlu/pub/Sibyl_RL-based-data-placement-in-hybrid-storage-systems_isca22-talk.pdf|PDF}} {{https://people.inf.ethz.ch/omutlu/pub/Sibyl_RL-based-data-placement-in-hybrid-storage-systems_isca22-talk.pptx|PPT}}| [[modern_ssds#Learning Materials#Meeting 7: Recommended Materials| Recommended]]|
 ==== Learning Materials ====
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 === Meeting 7: Recommended Materials ===
   *  {{https://people.inf.ethz.ch/omutlu/pub/GenStore_asplos22-arxiv.pdf|Nika Mansouri Ghiasi, Jisung Park, Harun Mustafa, Jeremie Kim, Ataberk Olgun, Arvid Gollwitzer, Damla Senol Cali, Can Firtina, Haiyu Mao, Nour Almadhoun Alserr, Rachata Ausavarungnirun, Nandita Vijaykumar, Mohammed Alser, and Onur Mutlu, "GenStore: A High-Performance and Energy-Efficient In-Storage Computing System for Genome Sequence Analysis," In ASPLOS, 2022.}}
-  *  {{https://people.inf.ethz.ch/omutlu/pub/Sibyl_RL-based-data-placement-in-hybrid-storage-systems_isca22.pdf|J Gagandeep Singh, Rakesh Nadig, Jisung Park, Rahul Bera, Nastaran Hajinazar, David Novo, Juan Gomez-Luna, Sander Stuijk, Henk Corporaal, and Onur Mutlu, "Sibyl: Adaptive and Extensible Data Placement in Hybrid Storage Systems Using Online Reinforcement Learning,"
+  *  {{https://people.inf.ethz.ch/omutlu/pub/Sibyl_RL-based-data-placement-in-hybrid-storage-systems_isca22.pdf|Gagandeep Singh, Rakesh Nadig, Jisung Park, Rahul Bera, Nastaran Hajinazar, David Novo, Juan Gomez-Luna, Sander Stuijk, Henk Corporaal, and Onur Mutlu, "Sibyl: Adaptive and Extensible Data Placement in Hybrid Storage Systems Using Online Reinforcement Learning,"
  In ISCA, 2022.}}
 ==== Assignments ====