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Position-independent code
Results: 25

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1	Q: Exploit Hardening Made Easy Edward J. Schwartz, Thanassis Avgerinos and David Brumley Carnegie Mellon University, Pittsburgh, PA {edmcman, thanassis, dbrumley}@cmu.edu Add to Reading List Source URL: users.ece.cmu.edu Language: English - Date: 2014-05-29 15:38:01 Computing Computer security Software bugs Address space layout randomization Gadget Buffer overflow Return-to-libc attack Shellcode Instruction selection Position-independent code NOP Return-oriented programming
2	Cheating the ELF Subversive Dynamic Linking to Libraries the grugq Abstract: Development of feature rich Unix parasites has been severely limited by the inability to reliably access functions external to the host file. U Add to Reading List Source URL: grugq.github.io Language: English - Date: 2015-01-27 19:51:39 Programming language implementation Compilers Computer file formats Dynamic linker Dynamic loading Data types Library Linker Relocation Portable Executable Loader Position-independent code
3	Safe Loading - A Foundation for Secure Execution of Untrusted Programs Mathias Payer ETH Zurich, Switzerland Tobias Hartmann ETH Zurich, Switzerland Add to Reading List Source URL: hexhive.github.io Language: English - Date: 2016-06-13 11:08:40 Programming language implementation Compilers Compiler construction Loader Library Static library Linker Position-independent code Portable Executable Dynamic linker Relocation Software
4	CAIN: Silently Breaking ASLR in the Cloud Antonio Barresi ETH Zurich Kaveh Razavi VU University Amsterdam Add to Reading List Source URL: hexhive.github.io Language: English - Date: 2016-06-13 11:08:40 Computer memory Address space layout randomization Kernel same-page merging Entropy Data deduplication Position-independent code Paging Return-oriented programming Virtual machine Relocation Prelink CPU cache
5	Too much PIE is bad for performance Mathias Department of Computer Science, ETH Zurich Abstract Compiling an application as a Position Independent Executable (PIE) enables Address Space L Add to Reading List Source URL: hexhive.github.io Language: English - Date: 2016-06-13 11:08:40 Software Computing Computer architecture Software bugs PaX X86 architecture Address space layout randomization Position-independent code Exec Shield Standard Performance Evaluation Corporation Stack buffer overflow X86-64
6	Retrospective Protection utilizing Binary Rewriting Sergej Proskurin, Fatih Kilic, Claudia Eckert1 Abstract: Buffer overflow vulnerabilities present a common threat. To encounter this issue, operating system support and Add to Reading List Source URL: www.sec.in.tum.de Language: English - Date: 2015-06-23 06:38:59 Computing Software Software bugs Programming language implementation Subroutines Portable Executable Position-independent code Object file Dynamic linker Stack buffer overflow Buffer overflow Return-to-libc attack
7	Front of House Coordinator Full-time, 12 Month Position U-M Job Code: U-M Ann Arbor Central Campus UMS, an independent multidisciplinary performing arts presenter with a long and deep affiliation with the Universi Add to Reading List Source URL: 3puuzj4cgp0w1zze71361rza.wpengine.netdna-cdn.com Language: English - Date: 2015-06-23 10:57:54
8	Dynamic Linking and Loading < PAGE >1Chapter XX: Dynamic Linking and Loading $Revision: 2.3 $ $Date: :30:36 $ Dynamic linking defers much of the linking process until a program starts running. It provides Add to Reading List Source URL: www.iecc.com Language: English - Date: 1999-06-14 23:31:35 Computer file formats Compiler construction Programming language implementation Relocation Library Dynamic-link library Position-independent code Linker Dynamic linker Software Computing System software
9	Loading and overlays < PAGE >1Chapter XX: Loading and overlays $Revision: 2.3 $ $Date: :30:36 $ Loading is the process of bringing a program into main memory so it can run. In this chapter we look at the l Add to Reading List Source URL: www.iecc.com Language: English - Date: 1999-06-14 23:31:35 Programming language implementation Computer file formats Relocation Position-independent code Loader Library A.out Virtual memory Overlay Computing Software Computer programming
10	Relocation < PAGE >1Chapter XX: Relocation $Revision: 2.2 $ $Date: :02:35 $ Once a linker has scanned all of the input files to determine segment sizes, symbol definitions and symbol references, figured ou Add to Reading List Source URL: www.iecc.com Language: English - Date: 1999-06-29 21:02:59 Relocation Computer file formats Assembly languages Computer memory Instruction set architectures A.out Linker Position-independent code Object file Computing Software Programming language implementation