PPT-Criticality of fast failures in the HL-LHC with depleted transverse halo

Cédric Hernalsteens Oskari Tuormaa Meritxell Villen Basco Christophe Lannoy Robin Tesse Eustache Gnacadja Bjorn Lindstrom Eliott Ramoisiaux Christoph Wiesner Daniel . 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. 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/. 5. th. Feb 2015. Introducing HALO. Contents. Halo – Rapid Deployment Demonstration Kit. Easy to Transport : . HALO RDD Kit is easy to transport – comes packed in a . pelicase. for easy transport. For the NSTX-U Team. NSTX-U Program - FY2015 . Q3 Report*. PPPL and FES. July 23, 2015. *This work supported by the US DOE Contract No. DE-AC02-09CH11466. Outline. Research highlights for Q3. Emphasis on fast ion physics this time…. 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. em. or lose. János. . Tóth-Égetö. . / Software Consultant. 2015-04-03. www.softhouse.se. Softhouse Consulting. Are you scared of failures?. Who am I?. What I will talk about. The learnin. g process. Suggested Reading. . Hot halo (via X-ray lines). http://. adsabs.harvard.edu. /abs/2012ApJ...756L...8G. https://arxiv.org/pdf/1211.3137.pdf. Disk-halo (via optical & UV lines). http://adsabs.harvard.edu/abs/2012ARA%26A..50..491P. 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. Hao. Zhang. University of Maryland/University of Liverpool/Cockcroft Institute. Outline. Introduction. Motivation to Study Beam Halo. Method. Adaptive Method Using Digital Micro-mirror Device. Experiment . ). Safety and Reliability Analysis. Aarthi Balachander. Daniel . Jiang. Drew Schuster. Ryne Rayburn. Components Most Likely to Fail. Microcontroller – LPC2377. U. tilizing I2S, oscillator, UART, SPI. fuel. International Conference on Fast Reactors and Related Fuel Cycles FR22: Sustainable Clean Energy for the . Future. A.M. . Terekhova. , . Yu.E. . . Zhakova. , . V.V. . . Korobeinikov. 19–22 Apr .