PPT-Mixed Criticality Systems: Beyond Transient Faults

Abhilash Thekkilakattil Alan Burns Radu Dobrin and Sasikumar Punnekkat Motivation and Contribution State of the art of mixed criticality scheduling mainly focuses on WCET overruns WCET overruns are . flvcorg Click Apply Select Transient Student Admission Application Scroll down and click login with a Login ID Login using your previously created ID and Password or click Create Account answer questions and click Submit your login ID will be giv David Talbot & Chris Armstrong. 24-25 September 2014. Agenda. Solution and case studies. Questions and answers. Fault overview. Introduction. Connecting the North West. 5 million. 25 terawatt. 2.4 million. Kaushik . Banerjee. . and John . M. . Scaglione. Oak Ridge National Laboratory. Contact: . banerjeek@. ornl.gov. International Conference on Nuclear Criticality Safety. September 13-17, 2015. Charlotte, NC. Kaushik Banerjee, . John M. . Scaglione. , John C. Wagner, and Robert A. Lefebvre. . Oak Ridge National Laboratory. banerjeek@ornl.gov. ORACS Workshop. May. 19-21, 2015. Albuquerque, NM. Outline. for Dynamic Performance, Power, and Resource Management . in Chip Multiprocessors. Abhishek Bhattacharjee. Margaret Martonosi. Princeton University. Why Thread Criticality Prediction?. D-Cache Miss. I. Criticality Real. -. Time Tasks under . Error Bursts. Abhilash Thekkilakattil. , Radu Dobrin and Sasikumar Punnekkat. Real-time tasks. Dependable Hard Real-time Systems. web images. Mixed-criticality. reactors. and Geometric Buckling. . Eastern Illinois University . Derek Smith. 1. How do you make Nuclear energy safe?. 1. Understand a basic reactor.. 2. 3. http://www.cameco.com/uranium_101/uranium_science/nuclear_reactors/. Models and Methods. Haohan Li. October 08, 2010. Motivation. DO 178-B Criticality Levels. A: Catastrophic. B: Hazardous. C: Major. D: Minor. E: No Effect. WCET Estimations Varies by Levels. Motivation. Lecture 29. Gly. 326. Compression and deformation. In areas of compression, we have several options for deformation. Dependent on lithology, rock strength, confinement, fluid occurrence, etc.. Reverse/Thrust faults. Criticality . Real-Time . Scheduling. Bader N. . Alahmad. Sathish Gopalakrishnan. Example. Platform. Single Processor. Preemptive.  . Simpler case. : Independent Job Model. independent (one-shot) jobs . Cezara. . Drăgoi. , INRIA ENS CNRS. Thomas A. . Henzinger. , IST Austria. Damien Zufferey. , MIT CSAIL. SNAPL, 2015.05.04. Fault-tolerant distributed algorithms. How to get it right when things go wrong ?. Lecture 11 – Brittle faulting. Geol 244 – structural geology. Lecture 11 – Brittle faulting. Types of Faults – Anderson’s theory. Explains conjugate . fault . systems. Fault planes inclined ~30° either side of . 1. Overview. Introduction. Byzantine Faults. Common Mode Faults. Fault Tolerant Scheduler. History and Examples. 2. Introduction. Fault Tolerance. is the ability to detect errors, assess damage, isolate the fault, and recover from the error.. Models and Methods. Haohan Li. October 08, 2010. Motivation. DO 178-B Criticality Levels. A: Catastrophic. B: Hazardous. C: Major. D: Minor. E: No Effect. WCET Estimations Varies by Levels. Motivation.