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NPTEL >> Courses >> Computer Science and Engineering >> Program Optimization for Multi-core Architectures (Web) >> Downloads
Module NameDownloadDescriptionDownload Size
Multi-core: The Ultimate Dose of Moore's Lawlecture1.pdfpdf of lecture1108 kb
Multi-core: The Ultimate Dose of Moore's Lawlecture2.pdfpdf of lecture2209 kb
Virtual Memory and Cacheslecture3.pdfpdf of lecture373 kb
Virtual Memory and Cacheslecture4.pdfpdf of lecture449 kb
Fundamentals of Parallel Computers: ILP vs TLPlecture5.pdfpdf of lecture574 kb
Fundamentals of Parallel Computers: ILP vs TLPlecture6.pdfpdf of lecture666 kb
Parallel Programming: Shared Memory and Message Passinglecture7.pdfpdf of lecture796 kb
Parallel Programming: Shared Memory and Message Passinglecture8.pdfpdf of lecture857 kb
Performance Issues in Shared Memory and Introduction to Coherencelecture9.pdfpdf of lecture974 kb
Performance Issues in Shared Memory and Introduction to Coherencelecture10.pdfpdf of lecture1072 kb
Shared Memory Multiprocessors: Consistency and Coherencelecture11.pdfpdf of lecture1164 kb
Shared Memory Multiprocessors: Consistency and Coherencelecture12.pdfpdf of lecture1279 kb
Synchronizationlecture13.pdfpdf of lecture1357 kb
Synchronizationlecture14.pdfpdf of lecture1458 kb
Memory Consistency Models and Case Studies of Multi-corelecture15.pdfpdf of lecture15292 kb
Memory Consistency Models and Case Studies of Multi-corelecture16.pdfpdf of lecture16547 kb
Addendum to Module 6: Shared Memory Multiprocessorslecture17.pdfpdf of lecture1777 kb
Addendum to Module 6: Shared Memory Multiprocessorslecture18.pdfpdf of lecture1884 kb
Open Multi-Processinglecture19.pdfpdf of lecture1975 kb
Open Multi-Processinglecture20.pdfpdf of lecture2065 kb
The “lastprivate” Clauselecture21.pdfpdf of lecture2189 kb
The “lastprivate” Clauselecture22.pdfpdf of lecture22642 kb
Viewlecture23.pdfpdf of lecture231238 kb
Viewlecture24.pdfpdf of lecture24211 kb
INTRODUCTION TO COMPILERS FOR HIGH PERFORMANCE COMPUTERSlecture25.pdfpdf of lecture25109 kb
INTRODUCTION TO COMPILERS FOR HIGH PERFORMANCE COMPUTERSlecture26.pdfpdf of lecture2690 kb
Approaches to Control Flow Analysislecture27.pdfpdf of lecture27137 kb
Approaches to Control Flow Analysislecture28.pdfpdf of lecture28165 kb
Reaching Definitionlecture29.pdfpdf of lecture29218 kb
Reaching Definitionlecture30.pdfpdf of lecture30134 kb
Data Flow Analysis in Presence of Procedure Callslecture31.pdfpdf of lecture31134 kb
Data Flow Analysis in Presence of Procedure Callslecture32pdf of lecture3294 kb
Loopslecture33.pdfpdf of lecture3363 kb
Loopslecture34.pdfpdf of lecture34136 kb
Loop Optimizationslecture35.pdfpdf of lecture35123 kb
Loop Optimizationslecture36.pdfpdf of lecture36180 kb
Multi-core computing Operating Systemslecture37.pdfpdf of lecture3795 kb
Multi-core computing Operating Systemslecture38.pdfpdf of lecture38102 kb
Multi-core Computing Multi-processor Schedulinglecture39.pdfpdf of lecture3956 kb
Multi-core Computing Multi-processor Schedulinglecture40.pdfpdf of lecture4075 kb
Problem and Solutionlecture41.pdfpdf of lecture4162 kb
Problem and Solutionlecture42.pdfpdf of lecture42101 kb
Multi-core Computing Securitylecture43.pdfpdf of lecture4392 kb
Multi-core Computing Securitylecture44.pdfpdf of lecture44122 kb
Module NameDownloadDescriptionDownload Size
Multi-core: The Ultimate Dose of Moore's LawReferences.pdfpdf of References20 kb
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