PPT-Liveness -Enforcing Supervision of Sequential Resource Allocation Systems

Spyros Reveliotis School of Industrial amp Systems Eng Georgia Institute of Technology Talk Outline Problem motivation and the abstraction of the Resource Allocation System RAS Formal characterization . This approach could be a significant component of the way that target allocations are calculated for the new clinical commissioning groups in the NHS in England This research summary describes what lies behind the approach developed by the Nuffield for . Cpu. - and Memory Intense . Internet Services. Vlasia Anagnostopoulou. (. vlasia@cs.ucsb.edu. ), . Susmit. . Biswas. , . Heba. . Saadeldeen. , Ricardo . Bianchini. , . Tao Yang, Diana Franklin, Frederic T. Chong. Processes . Combining Organizational and Temporal Process Mining Perspectives. MICHAEL ARIAS. ADVISORS: JORGE . MUNOZ-GAMA, MARCOS SEPÚLVEDA. PONTIFICIA . UNIVERSIDAD CATÓLICA DE CHILE. PAPER. [1] Arias, M., Rojas, E., Munoz-Gama, J., and . DEADLOCKS. Manju Muralidharan . Priya. Objective. At the end of this presentation, you will know:. What is a Deadlock?. Preventing and Avoiding Deadlocks. Detecting Deadlocks. Recovery Schemes. 2. CS 561 Deadlocks. Prof. . O. . Nierstrasz. Roadmap. Asynchronous invocations. Simple Relays. Direct invocations. Thread-based messages. Command-based messages. Tail calls. Early replies. Futures. JUC (. java.util.concurrent. Qingyang. Wang, . Simon . Malkowski. , Yasuhiko . Kanemasa. , . Deepal. . Jayasinghe. , . Pengcheng. . Xiong. , . Motoyuki. . Kawaba. , . Lilian. Harada, . Calton. . Pu. 25th IEEE International Parallel & Distributed Processing Symposium. Why did it rain this morning?. Why are you at this lecture?. Why did TCP give me throughput √2/(. rtt. . √p)?. Why did TCP give me throughput √2. /(. rtt. . √p)?. τελος. teleology. The doctrine or study of ends or final causes, especially as related to the evidences of design or purpose in nature; also . Notes prepared by Ulle Endriss. Used with permission. What is MARA?. A . tentative definition would be the following:. . Multiagent . Resource Allocation (MARA) is the process . of distributing . a number of items amongst a number of agents.. Why did it rain this morning?. Why are you at this lecture?. Why did TCP give me throughput √2/(. rtt. . √p)?. Why did TCP give me throughput √2. /(. rtt. . √p)?. τελος. teleology. The doctrine or study of ends or final causes, especially as related to the evidences of design or purpose in nature; also . Zhu Han. Department of Electrical and Computer Engineering. University of Houston, Houston, TX, USA. Based. on Tutorial with Dr. . Lingyang. Song, Beijing University. Slides are available at : . http://wireless.egr.uh.edu/research.htm. Qingyang. Wang, . Simon . Malkowski. , Yasuhiko . Kanemasa. , . Deepal. . Jayasinghe. , . Pengcheng. . Xiong. , . Motoyuki. . Kawaba. , . Lilian. Harada, . Calton. . Pu. 25th IEEE International Parallel & Distributed Processing Symposium. David Parkes (Harvard). Ariel Procaccia (CMU). Nisarg Shah (CMU). Motivation. Allocation of multiple resources (e.g., CPU, RAM, bandwidth) . Users have heterogeneous demands. Today: fixed bundles (slots). The Impact of Soft Resource Allocation on n-tier Application Scalability Qingyang Wang, Simon Malkowski , Yasuhiko Kanemasa , Deepal Jayasinghe , Pengcheng Xiong , Motoyuki Kawaba , Lilian Presenters: Jerry Dolak and Karl Lockwood. Agenda. Overview of . Resource Management. Value of . Resource Management. Challenges. Rego Keys to . Success. Questions. Resource Management. Right . People – Right Time – Right .