'Micro kernel' presentation slideshows

Open Source Software (OSS)

Open Source Software (OSS). Group 7 I Gusti Made Aditya Henry He Daniel Vogler Trisha Moon. Do you recognize either of these people?. D. D. Do you recognize any of these people?. D. D. Content. Overview History & background OSS Vs. PSS (Proprietary Software System)

880 views • 69 slides

BLIS Matrix Multiplication: from Real to Complex

BLIS Matrix Multiplication: from Real to Complex. Field G. Van Zee. Acknowledgements. Funding NSF Award OCI-1148125: SI2-SSI : A Linear Algebra Software Infrastructure for Sustained Innovation in Computational Chemistry and other Sciences. (Funded June 1, 2012 - May 31, 2015 .)

792 views • 63 slides

dooroos.embedded

dooroos.embedded. Contents. I. VISION dooroos.embedded USE dooroos.embedded. VISION. VISION. various embedded system third party application field. APPLICATIONS Third party. TOP applied RTOS. game engine multimedia graphic. LIBRARY. network server windows server

779 views • 60 slides

Sistem

685 views • 45 slides

Cache-oblivious Programming

Cache-oblivious Programming. Story so far. We have studied cache optimizations for array programs Main transformations: loop interchange, loop tiling Loop tiling converts matrix computations into block matrix computations Need to tile for multiple memory hierarchy levels

438 views • 43 slides

Ext2 On Singularity

517 views • 36 slides

The Client-Server Model

The Client-Server Model. Chapter 20. Key concepts in chapter 20. System processes Micro-kernel operating systems Client-server model Network operating systems Distributed operating systems. Process communication. Processes use three different modes of communication

422 views • 32 slides

Kernels

Kernels. Uri Moszkowicz 04/04/2002. Overview. Extensible Aegis,Xok/ExOS SPIN Macro vs micro Amoeba CHORUS Mach. Extensible Kernels. Definition / purpose Can be changed dynamically to meet the needs of an application Previous work

534 views • 30 slides

Chapter 1 (PART 2) Operating System Concepts

CS 414 Operating Systems. Chapter 1 (PART 2) Operating System Concepts. Department of Computer Science Southern Illinois University Edwardsville Summer, 2004 Dr. Hiroshi Fujinoki E-mail: hfujino@siue.edu. Chapter_One_2/001. Operating System Concepts.

425 views • 28 slides

The Performance of Micro-Kernel-Based Systems

The Performance of Micro-Kernel-Based Systems. H. Haertig, M. Hohmuth, J. Liedtke, S. Schoenberg, J. Wolter Presentation by: Seungweon Park. Introduction. ?-kernels have reputation for being too slow, inflexible C an 2nd generation ?-kernel (L4) overcome limitations? Experiment:

283 views • 26 slides

Choices

509 views • 23 slides

K42: Building a Complete OS

K42: Building a Complete OS. Orran Krieger , Marc Auslander, Bryan Rosenburg, Robert Wisniewski, Jimi Xenidis, Dilma Da Silva, Michal Ostrowski, Jonathan Appavoo, Maria Butrico, Mark Mergen, Amos Waterland, Volkmar Uhlig http://www.research.ibm.com/K42. How it all started.

318 views • 22 slides

OS Structure, Processes & Philosophizing

471 views • 22 slides

Introduction to Linux

Recap Installing programs Introduction to Video Editing with Linux. Introduction to Linux. Windows vs. Linux. Windows's design is ease of use, people with minimal computer knowledge. Relies heavily on GUI components and wizards. Hides kernel messages from the user.

306 views • 19 slides

Embedded and Real-time Operating Systems

Embedded and Real-time Operating Systems. The suitability of Linux. Operating Systems. Before looking at embedded and real-time it would be good to review the role and position of the OS Started after BIOS Controls all application interaction with hardware Generally is the kernel

394 views • 19 slides

The Structuring of Systems Using Upcalls

The Structuring of Systems Using Upcalls. David D. Clark. Presented by Mohammed S Karamathulla. Agenda. Layering and upcalls Multi-task Modules Advantages Problems Related Systems Conclusion. Layering/Upcalls.

320 views • 16 slides

CS533 Concepts of Operating Systems Class 9

CS533 Concepts of Operating Systems Class 9. Virtualization and Exo-Kernels. Virtualization and Fault Isolation. Do VMMs support fault isolation? If so, how? Is the fault isolation problem they solve the same as the one tackled by micro-kernel architectures?. Multi-tasking.

213 views • 9 slides

CS533 Concepts of Operating Systems Class 16

CS533 Concepts of Operating Systems Class 16. Exokernel & Specialization. Questions. What is the difference between virtualization and secure multiplexing? What do Exokernel and Disco have in common? What do Exokernel and Xen have in common? Do Xen or Disco do secure multiplexing?

184 views • 7 slides

Linux vs Windows

Linux vs Windows. Single Users vs. Multiple Users vs. Network Users. Windows. Linux. Linux borrows its philosophy from UNIX. When UNIX was originally developed at Bell Labs in the early 1970s, it existed on a PDP-7 computer that needed to be shared by an entire department.

446 views • 6 slides

CS533 Concepts of Operating Systems Class 16

CS533 Concepts of Operating Systems Class 16. Exokernel. Questions. What is the difference between virtualization and secure multiplexing? What do Exokernel and Disco have in common? What do Exokernel and Xen have in common? Do Xen or Disco do secure multiplexing?

156 views • 5 slides