Differences

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

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
wiki:teaching [2018/01/17 13:38]
Andreas Moshovos
wiki:teaching [2020/01/17 13:35] (current)
Andreas Moshovos [Current]
Line 1: Line 1:
 +====== Current ======
 +  * [[wiki:​aca2020|Advanced Computer Architecture,​ ECE1718, 2020]] (grad. level)
 +
 +====== Past ======
 + 
 +  * [[wiki:​aca2019|Advanced Computer Architecture,​ ECE1718, 2019]] (grad. level)
 +  * * [[wiki:​aca2017|Advanced Computer Architecture,​ ECE1718, 2017]] (grad. level)
   * EngSci Computer Organization,​ ECE352: ​   * EngSci Computer Organization,​ ECE352: ​
     * [[http://​www.eecg.toronto.edu/​~moshovos/​ECE352-2014|2014]], ​     * [[http://​www.eecg.toronto.edu/​~moshovos/​ECE352-2014|2014]], ​
     * [[http://​www.eecg.toronto.edu/​~moshovos/​ECE352-2015|2015]], ​     * [[http://​www.eecg.toronto.edu/​~moshovos/​ECE352-2015|2015]], ​
     * [[http://​www.eecg.toronto.edu/​~moshovos/​ECE352-2016|2016]] [[https://​www.youtube.com/​playlist?​list=PLScM8sDIZggcvvAfrhiW_582zyQUYjtno|Lecture Recordings (2016)]]     * [[http://​www.eecg.toronto.edu/​~moshovos/​ECE352-2016|2016]] [[https://​www.youtube.com/​playlist?​list=PLScM8sDIZggcvvAfrhiW_582zyQUYjtno|Lecture Recordings (2016)]]
 +    * [[http://​www.eecg.toronto.edu/​~moshovos/​ECE352-2019|2019]] [[https://​www.youtube.com/​playlist?​list=PLScM8sDIZggeSoq8Isq4yAgBtrxtVcsfr|Lecture Recordings (2019)]]
   * Computer Architecture,​ ECE552   * Computer Architecture,​ ECE552
-    *  2015, 2016  ​+    *  2015, 2016, 2017  
   * Topics in Modern Computer Architecture:​ Performance,​ Reliability,​ Power and Functionality:​ Fall 2009,  Fall 2008.   * Topics in Modern Computer Architecture:​ Performance,​ Reliability,​ Power and Functionality:​ Fall 2009,  Fall 2008.
   * Snoop Filtering, Predictor Virtualization,​ and Management of Shared, Private, and Hybrid Caches for CMPs, short course offered at the University of Zaragoza, July 2009: Predictor Virtualization,​ Snoop Filtering and Coarse-Grain Memory System Techniques, Chip Multiprocessor Caches.   * Snoop Filtering, Predictor Virtualization,​ and Management of Shared, Private, and Hybrid Caches for CMPs, short course offered at the University of Zaragoza, July 2009: Predictor Virtualization,​ Snoop Filtering and Coarse-Grain Memory System Techniques, Chip Multiprocessor Caches.