PPT-Mixed-Criticality Scheduling:

Models and Methods Haohan Li October 08 2010 Motivation DO 178B Criticality Levels A Catastrophic B Hazardous C Major D Minor E No Effect WCET Estimations Varies by Levels Motivation. Elméleti Fizika Tanszék. Budapesti Műszaki és Gazdaságtudományi Egyetem, . Magyarország. Imre Varga. Department of Theoretical Physics. Budapest . University of Technology and Economics,. . Hungary. 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. uture . c. riticality of stresses. , . threats and contributing . f. actors. Phase II. Systemic risk and vulnerability . analysis. Step 12. © Pierre . Ibisch. 2013. Credits and conditions of use. 12. Analysis of the future criticality of stresses, threats and contributing factors. Organizations. American National Standards Institute (ANSI). Promulgation of standards. Nation’s point guard for international standardization (ISO). ANS. American Nuclear Society. Joint numbers with ANSI. NCS . Engineer Hands-On Subcritical and Critical Experiments Training and Education Course. Sedat Goluoglu. Calvin M. Hopper. Project Coordinators. EFCOG Safety Analysis Workshop 2012. Santa Fe, NM. May 4-10, 2012. 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. 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 . 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/. Criticality . Real-Time . Scheduling. Bader N. . Alahmad. Sathish Gopalakrishnan. Example. Platform. Single Processor. Preemptive.  . Simpler case. : Independent Job Model. independent (one-shot) jobs . Go over the syllabus. Go over the schedule. How evaluated. Course philosophy. Importance of criticality safety out there. Get SCALE. Think like a neutron. Course workload. How you are evaluated. Two tests on text material. Mixed-Model Scheduling and Small Batch Production. In a perfect world, when the customer pulls a product from the final station, a signal is generated on each upstream resource to produce exactly what is pulled. . 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.