Dual Analysis for Proving Safety and Finding Bugs Corneliu Popeeaa , Wei-Ngan Chinb a Max Planck Institute for Software Systems (MPI-SWS) b National University of Singapore

Source URL: www.comp.nus.edu.sg

Concurrency Attacks Junfeng Yang, Ang Cui, Sal Stolfo, Simha Sethumadhavan {junfeng, ang, sal, simha}cs.columbia.edu Department of Computer Science Columbia University

Source URL: www.cs.columbia.edu

• Concurrent computing
• Software bugs
• Computer memory
• Software testing
• Edsger W. Dijkstra
• Concurrency
• Code injection
• Computer security
• Go
• Lock
• Thread
• Parallel computing

Memory-safe Execution of C on a Java VM Matthias Grimmer Roland Schatz Chris Seaton

Source URL: chrisseaton.com

• Software engineering
• Computing
• Computer programming
• Data types
• C++
• Memory management
• Primitive types
• Software bugs
• Pointer
• Struct
• Memory safety
• C dynamic memory allocation

Framing Signals—A Return to Portable Shellcode Erik Bosman Vrije Universiteit Amsterdam

Source URL: www.cs.vu.nl

• Software bugs
• Computer errors
• Memory management
• System calls
• Process
• Sigreturn-oriented programming
• Return-oriented programming
• Stack buffer overflow
• Buffer overflow
• Address space layout randomization
• Shellcode
• Segmentation fault

reflections on witty by Nicholas Weaver Nicholas Weaver is a postdoctoral researcher at the

Source URL: www1.icsi.berkeley.edu

• Computer security
• Cyberwarfare
• Computing
• Software bugs
• Computer worms
• Computer network security
• Witty
• Hacking
• Software testing
• Buffer overflow
• Stack buffer overflow
• SQL Slammer

Robustness Patterns: coping with software bugs at run-time P. Felber, U. of Neuchatel and C. Fetzer, Dresden U. Only for the most safety-critical applications can we expect, or at least hope, that few or no faults remain

Source URL: 2007.dsn.org

Report McAfee Labs Threats Report August 2015

Source URL: www.mcafee.com

• Antivirus software
• Cybercrime
• National security
• McAfee
• Software bugs
• Intel Security
• Computer security
• Cyberwarfare
• Heartbleed
• Malware
• Foundstone
• Shellshock

Dual Analysis for Proving Safety and Finding Bugs Corneliu Popeea Max Planck Institute for Software Systems (MPI-SWS)

Source URL: www.comp.nus.edu.sg

SAS® Debugging 101 Kirk Paul Lafler, Software Intelligence Corporation, Spring Valley, California Abstract As a SAS® user, you’ve probably experienced first-hand more than your share of program code bugs, and realize

Source URL: www.sandsug.org

HU3 Useful shortcuts, menu items, and adjustments  Soft Reset – can clear out strange software bugs, memory corruptions, etc. o Power on HU3 while holding Iris Reset. Note that there is no visual indication that a r

Source URL: www.prestoncinema.com