DRAM Applications ADDRESS ADDRESS DYNAMIC MEMORY

Source URL: www.downloads.reactivemicro.com

SoK: Eternal War in Memory L´aszl´o Szekeres† , Mathias Payer‡ , Tao Wei∗‡ , Dawn Song‡ † Stony Brook University ‡ University of California, Berkeley ∗ Peking University

Source URL: hexhive.github.io

• Computing
• Software engineering
• Software bugs
• Computer programming
• Pointer
• Stack buffer overflow
• Address space layout randomization
• Buffer overflow
• Dangling pointer
• Memory safety
• C dynamic memory allocation
• Return-to-libc attack

SCIMITAR A Scalable I/O and Memory Pinning and Translation Architecture Muli Ben-Yehuda1 , Zorik Machulsky1 , Leah Shalev1 , Julian Satran1 Ben-Ami Yassour1 , Orit Wasserman1 , Michael Vasiliev1 Yaron Weinsberg2 , Emil E

Source URL: www.mulix.org

• Virtual memory
• Memory management
• Input/output
• Computer memory
• Inputoutput memory management unit
• Physical address
• Page table
• Memory-mapped I/O
• Page fault
• Hyper-V
• Hypervisor
• Direct memory access

Computer Science Technical Report High Performance Unified Parallel C (UPC) Collectives For Linux/Myrinet Platforms Alok Mishra and Steven Seidel Michigan Technological University Computer Science Technical Report

Source URL: www.upc.mtu.edu

• Parallel computing
• Unified Parallel C
• Partitioned global address space
• MPICH
• OpenMP
• Thread safety
• Thread
• Collective operation
• Myrinet
• Shared memory
• Barrier
• Universal Product Code

Let your Mach-O fly Vincenzo Iozzo 

Source URL: www.trailofbits.com

• Mach
• OS X
• XNU
• Address space layout randomization
• Portable Executable
• Virtual memory
• Dynamic linker

Let your Mach-O fly Vincenzo Iozzo January 15, 2009 Abstract Mac OS X is starting to spread among users, so new exploitation

Source URL: www.trailofbits.com

• Computing
• Software
• Computer programming
• Compilers
• Programming language implementation
• Memory management
• Computer memory
• Shellcode
• Mach-O
• Dynamic linker
• Address space layout randomization
• Portable Executable

16 Segmentation So far we have been putting the entire address space of each process in memory. With the base and bounds registers, the OS can easily relocate processes to different parts of physical memory. However, you

Source URL: pages.cs.wisc.edu

Attacker “Math” 101 Professor Dai Zovi Institute for the Advancement of Memory Corruption What is this all

Source URL: www.trailofbits.com

• Computer security
• Address space layout randomization
• Malware
• Cyberwarfare

Glossary abscissa 1) Math. the x-coordinate. address 1) Comp. a number that represents a location in memory. aggregate 1) Stat. to combine consecutive observations in a time series; for example, a monthly time series of

Source URL: www.burns-stat.com

• Mathematics
• Mathematical analysis
• Data types
• Regression analysis
• Probability theory
• Random variable
• Randomness
• Statistical theory
• Derivative
• Variable
• LOOP
• Parameter

Analysis of Partitioned Global Address Space Programs by Amir Kamil Research Project Submitted to the Department of Electrical Engineering and Computer Sciences, University of California at Berkeley, in partial satisfact

Source URL: titanium.cs.berkeley.edu

• Computing
• Software engineering
• Parallel computing
• Computer memory
• Concurrent computing
• Compiler construction
• Search algorithms
• Depth-first search
• Thread
• Memory barrier
• Barrier
• Graph