'Physical memory page' presentation slideshows

CS61C Summer 2014 Final Review

CS61C Summer 2014 Final Review. Andrew Luo. Agenda. CALL Virtual Memory Data Level Parallelism Instruction Level Parallelism Break Final Review Part 2 (David). CALL. CALL: Compiler Assembler Linker Loader. CALL. Compiler Takes high-level code (such as C) and creates assembly code

569 views • 45 slides

CS61C Summer 2014 Final Review

CS61C Summer 2014 Final Review. Andrew Luo. Agenda. CALL Virtual Memory Data Level Parallelism Instruction Level Parallelism Break Final Review Part 2 (David). CALL. CALL: Compiler Assembler Linker Loader. CALL. Compiler Takes high-level code (such as C) and creates assembly code

547 views • 45 slides

CS61C Summer 2014 Final Review

CS61C Summer 2014 Final Review. Andrew Luo. Agenda. CALL Virtual Memory Data Level Parallelism Instruction Level Parallelism Break Final Review Part 2 (David). CALL. CALL: Compiler Assembler Linker Loader. CALL. Compiler Takes high-level code (such as C) and creates assembly code

547 views • 45 slides

CS61C Summer 2014 Final Review

CS61C Summer 2014 Final Review. Andrew Luo. Agenda. CALL Virtual Memory Data Level Parallelism Instruction Level Parallelism Break Final Review Part 2 (David). CALL. CALL: Compiler Assembler Linker Loader. CALL. Compiler Takes high-level code (such as C) and creates assembly code

455 views • 45 slides

Outline

inst.eecs.berkeley.edu/~cs61c/su06 CS61C : Machine Structures Lecture #23: VM I 2006-08-08 Andy Carle. Outline. Cache Review Virtual Memory. DRAM. $. $ 2. Improving Miss Penalty. When caches first became popular, Miss Penalty ~ 10 processor clock cycles

428 views • 30 slides

Virtual Memory

Virtual Memory. Rabi Mahapatra & Hank Walker Adapted from lecture notes of Dr. Patterson and Dr. Kubiatowicz of UC Berkeley. {. Thus far. {. Next: Virtual Memory. View of Memory Hierarchies. Regs. Upper Level. Instr. Operands. Faster. Cache. Blocks. L2 Cache. Blocks. Memory.

347 views • 26 slides

Lecturer PSOE Dan Garcia cs.berkeley/~ddgarcia

344 views • 24 slides

Review (1/2)

Review (1/2). Caches are NOT mandatory: Processor performs arithmetic Memory stores data Caches simply make data transfers go faster Each level of memory hierarchy is just a subset of next higher level Caches speed up due to temporal locality : store data used recently

334 views • 21 slides

Virtual Memory

Virtual Memory. Virtual Memory: Topics. Why virtual memory? Virtual to physical address translation Page Table Translation Lookaside Buffer (TLB). Another View of Memory Hierarchy. Upper Level. Regs. Faster. Instructions, Operands. Cache. {. Blocks. Thus far. L2 Cache. Blocks.

363 views • 17 slides