Lecture Slides

FilenameFiletypeFile Size
Lect_01.pptfile481.50 KB
Lect_02.pptfile1.08 MB
Lect_03.pptfile424.50 KB
Lect_04.pptfile361.50 KB
Lect_05.pptfile1.29 MB
Lect_06-07.pptfile731.50 KB
Lect_08.pptfile1.41 MB
Lect_09.pptfile1.04 MB
Lect_10.pptfile1.64 MB
Lect_11a.pptfile4.04 MB
Lect_12.pptfile1.51 MB
Lect_13.pptfile898.50 KB
Lect_14.pptfile929.00 KB
Lect_15.pptfile490.50 KB
Lect_16.pptfile378.50 KB
Lect_19.pptfile2.84 MB
Lect_21_multiprocessor_cache.pptfile837.50 KB
Lect_22_multithreading.pptfile1.36 MB
bus_arch_slides.pptfile5.60 MB

Lecture Notes

FilenameFiletypeFile Size
Lect_13_Reading_BTB.docfile131.50 KB
Lect_16_Reading_Floating_Point.docfile160.00 KB
Lect_17_Reading_vector.docfile150.00 KB
Lect_19_20_Reading_Multiprocessor.docfile121.50 KB
Lect_6_Reading_Caches.docfile138.00 KB
Lect_7_Reading_Cache_Policies.docfile120.00 KB

 
"Where a calculator on the ENIAC is equipped with 18 000 vacuum tubes and weighs 30 tons, computers of the future may have only 1 000 vacuum tubes and perhaps weigh 1½ tons." — Popular Mechanics, March 1949