'Kernel module' presentation slideshows

SUSE Linux Enterprise Server Administration (Course 3037)

SUSE Linux Enterprise Server Administration (Course 3037). Chapter 5 Manage System Initialization. Objectives. Describe the Linux Load Procedure Manage Runlevels Manage the Kernel Manage the GRUB Boot Loader Modify System Settings. Describe the Linux Load Procedure. Objectives

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Transitioning Device Software from Kernel Space to Multiple Real Time Processes

Transitioning Device Software from Kernel Space to Multiple Real Time Processes. Migrate VxWorks 5.x projects into VxWorks 6.x and gain access for the latest Wind River DSO technologies. The demo Use Case. Producer . Consumer . tProducer. send. receive. tConsumer. msgData. allocate.

750 views • 62 slides

Operating System Support for Virtual Machines

Operating System Support for Virtual Machines. Samuel King, George Dunlap, Peter Chen Univ of Michigan. Ashish Gupta. Two classifications for VM. 1. Higher Level Interface. VMWare Guest tools VAX VMM Security Kernel. VM/370 VMWare. UMLinux SimOS Xen. Denali. u-kernels. JVM.

622 views • 49 slides

An Efficient Process Live Migration Mechanism for Load Balanced Distributed Virtual Environments

An Efficient Process Live Migration Mechanism for Load Balanced Distributed Virtual Environments. Balazs Gerofi , Hajime Fujita, Yutaka Ishikawa Yutaka Ishikawa Laboratory The University Of Tokyo. IEEE Cluster2010. Outline. Motivation Cluster Server Architecture DVE Software Components

757 views • 48 slides

Linux Operating System

1.43k views • 41 slides

SystemTap Linux????????

SystemTap Linux????????. ?? ???????? chuba@taobao.com http://yufeng.info 2010/11/18. Agenda. ?? SystemTap ??????? ???? ????? ??. SystemTap????. According to http://sourceware.org/systemtap/ SystemTap provides free software (GPL) infrastructure to

484 views • 38 slides

Protecting the Kernel from Untrusted Modules

Protecting the Kernel from Untrusted Modules . Akshay Kumar, Peter Goodman, Peter Feiner , Ashvin Goel , Angela Demke Brown University of Toronto. $^&@. !%&%!. *&#@. 200. $%!^%*. penguin. 150. Swear Count. 100. 50. 1.0. 2.1.2. 2.3.36. 2.6.12. 2.6.24. 2.6.36.

435 views • 36 slides

MicroTE : Fine G rained Traffic Engineering for Data Centers

Theophilus Benson*, Ashok Anand*, Aditya Akella*, Ming Zhang + *University of Wisconsin, Madison + Microsoft Research. MicroTE : Fine G rained Traffic Engineering for Data Centers. Why are Data Centers Important?. Host a variety of applications Web portals Web services

511 views • 33 slides

ROPecker : A Generic and Practical Approach for Defending against ROP Attacks

ROPecker : A Generic and Practical Approach for Defending against ROP Attacks. Yueqiang Cheng , Zongwei Zhou , Miao Yu, Xuhua Ding, Robert H. Deng NDSS 2014. Background . Typical memory exploit involves code injection Put malicious code in a predictable location

611 views • 31 slides

Computational Anatomy: Utilizing BIRN and TeraGrid Infrastructure

Computational Anatomy: Utilizing BIRN and TeraGrid Infrastructure. Anthony Kolasny Johns Hopkins University. Center for Imaging Science. Institute for Computational Medicine. Computational Anatomy.

499 views • 30 slides

Rootkits

Rootkits. CIS 413 This presentation is an amalgam of presentations by Mark Michael, Randy Marchany and Ed Skoudis. I have edited and added material. Dr. Stephen C. Hayne. T raditional R oot K its. Replaces key system components Less detectable than application-level Trojan Horse Backdoors

523 views • 28 slides

Cruz: Application-Transparent Distributed Checkpoint-Restart on Standard Operating Systems

377 views • 26 slides

Eliminating the Hypervisor Attack Surface for a More Secure Cloud

Eliminating the Hypervisor Attack Surface for a More Secure Cloud. Jakub Szefer , Eric Keller, Ruby B. Lee Jennifer Rexford Princeton University CCS October, 2011 ???????. Outline. Introduction Virtualization vulnerabilities Threat model NoHype system architecture Prototype design

407 views • 25 slides

USERSPACE I/O

USERSPACE I/O. Reporter: R98922086 ???. Introduction. For many types of devices, creating a Linux kernel driver is overkill. Most Requirements : handle an interrupt access to the memory space of the device no need for other resources in kernel One such class of devices :

353 views • 22 slides

Sockets Direct Protocol (SDP) for Windows - Motivation and Plans

Sockets Direct Protocol (SDP) for Windows - Motivation and Plans. Gilad Shainer Mellanox Technologies Inc. shainer@mellanox.com. Agenda. SDP Protocol Overview SDP vs. WSD SDP Stack Components Current Status. Key Message.

579 views • 17 slides

SlashGrid (“/grid”)

SlashGrid (“/grid”). a framework for Grid-aware filesystems. Motivation: dynamic-accounts issues Local storage: implementation alternatives Generalisation: remote file access Implementation: Coda, ACLs, plugins Current status Future work. Andrew McNab - Manchester HEP - 29 January 2002.

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VMM Based Rootkit Detection on Android

VMM Based Rootkit Detection on Android. Class Presentation Pete Bohman, Adam Kunk , Erik Shaw. Problem Statement. Rootkit detection and prevention on the Android platform with specific regards to the sensitive resources Android provides .

278 views • 14 slides

CS 6560 Operating System Design

CS 6560 Operating System Design. Lecture 14 Kernel Modules. References. Textbook, chapter 16 http://tldp.org/LDP/lkmpg/2.6/html/index.html http://www.linux.org/docs/ldp/howto/Module-HOWTO/index.html. Kernel Modules. Are you tired of waiting for your kernel to compile?

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CS 6560 Operating System Design Kernel Loadable Modules

CS 6560 Operating System Design Kernel Loadable Modules. References Textbook, chapter 16 http://tldp.org/LDP/lkmpg/2.6/html/index.html http://www.linux.org/docs/ldp/howto/Module-HOWTO/index.html https://linuxlink.timesys.com/docs/printk. Kernel Modules: Why?. System call like functionality.

293 views • 14 slides

Project Part 4 Details

259 views • 11 slides