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ESTIMATION IN LARGE-SCALE SYSTEMS BY

by Refaat Mohammed, Refaat Mohammed, Ph. D, Refaat Mohammed Elbanna
"... Some new results on the stabilization and state estimation in large-scale systems by decentralized and multilevel schemes. ..."
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Some new results on the stabilization and state estimation in large-scale systems by decentralized and multilevel schemes.

Scheduling for Large-Scale Systems

by Anne Benoit, Loris Marchal, Yves Robert, Bora Uçar, Frédéric Vivien
"... In this chapter, scheduling is defined as the activity that consists in mapping a task graph onto a target platform. The task graph represents the application, nodes denote computational tasks, and edges model precedence constraints between tasks. For each task, an assignment (choose the processor t ..."
Abstract - Cited by 1 (0 self) - Add to MetaCart
In this chapter, scheduling is defined as the activity that consists in mapping a task graph onto a target platform. The task graph represents the application, nodes denote computational tasks, and edges model precedence constraints between tasks. For each task, an assignment (choose the processor that will execute the task) and a schedule (decide when to start the execution) are determined. The goal is to obtain an efficient

Modeling the Performance of Large-Scale Systems

by Darren J. Kerbyson, Adolfy Hoisie, Harvey J. Wasserman - IEEE Proceedings (Software
"... Abstract. Performance modeling can be used throughout the development, deployment, and maintenance of system hardware and application software. In this work we illustrate three uses of performance modeling on large-scale systems: the verification of performance during system installation, the compar ..."
Abstract - Cited by 8 (4 self) - Add to MetaCart
Abstract. Performance modeling can be used throughout the development, deployment, and maintenance of system hardware and application software. In this work we illustrate three uses of performance modeling on large-scale systems: the verification of performance during system installation

Database Placement on Large-Scale Systems

by Cherif Haddad, Faouzi Ben Charrada
"... Abstract—Large-scale systems such as Grids offer infrastructures for both data distribution and parallel processing. The use of Grid infrastructures is a more recent issue that is already impacting the Distributed Database Management System industry. In DBMS, distributed query processing has emerged ..."
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emerged as a fundamental technique for ensuring high performance in distributed databases. Database placement is particularly important in large-scale systems because it reduces communication costs and improves resource usage. In this paper, we propose a dynamic database placement policy that depends

PRACTI Replication for Large-Scale Systems

by Mike Dahlin, Lei Gao, Amol Nayate, Arun Venkataramani, Praveen Yalagandula, Jiandan Zheng , 2004
"... Many replication mechanisms for large scale distributed systems exist, but they require a designer to compromise a system's replication policy (e.g., by requiring full replication of all data to all nodes), consistency policy (e.g., by supporting per-object coherence but not multiobject consist ..."
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Many replication mechanisms for large scale distributed systems exist, but they require a designer to compromise a system's replication policy (e.g., by requiring full replication of all data to all nodes), consistency policy (e.g., by supporting per-object coherence but not multiobject

Monitor Placement for Large-Scale Systems

by Nirupama Talele, Jason Teutsch, Robert Erbacher, Trent Jaeger
"... System administrators employ network monitors, such as traffic analyzers, network intrusion prevention systems, and firewalls, to protect the network’s hosts from remote adver-saries. The problem is that vulnerabilities are caused pri-marily by errors in the host software and/or configuration, but m ..."
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. In this paper, we propose a method to compute network monitor placements that leverages commonality in available access control policies across hosts to compute net-work monitor placement for large-scale systems. We intro-duce an equivalence property, called flow equivalence, which reduces the size

Risk Modeling in Distributed, Large-Scale Systems

by Martha Grabowski, Jason Merrick, John R. Harrald, Tom Mazzuchi, Rene Van Dorp - IEEE Transactions on Systems, Man & Cybernetics-Part A: Systems and Humans , 2000
"... Risk is inherent in distributed, large-scale systems. This paper explores the challenges of risk modeling in such systems, and suggests a risk modeling approach that is responsive to the requirements of complex, distributed, large-scale systems. An example of the use of the approach in the marine tr ..."
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Risk is inherent in distributed, large-scale systems. This paper explores the challenges of risk modeling in such systems, and suggests a risk modeling approach that is responsive to the requirements of complex, distributed, large-scale systems. An example of the use of the approach in the marine

The Anatomy of Large Scale Systems

by Joel Moses, Joel Moses, Eric Grimson - ESD Internal Symposium , 2002
"... “The goal of this course is for you to learn how to create complex systems while maintaining robustness, efficiency, extensibility and flexibility.” ..."
Abstract - Cited by 8 (1 self) - Add to MetaCart
“The goal of this course is for you to learn how to create complex systems while maintaining robustness, efficiency, extensibility and flexibility.”

The Anatomy of Large Scale Systems Revisited

by Joel Moses
"... Copyright © 2009 by J. Moses. Published and used by MIT ESD and CESUN with permission. In papers at the prior ESD Symposia we discussed system properties, often called ilities, as well as the structure of large scale systems. Issues related to ilities have been relatively well understood, but issues ..."
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Copyright © 2009 by J. Moses. Published and used by MIT ESD and CESUN with permission. In papers at the prior ESD Symposia we discussed system properties, often called ilities, as well as the structure of large scale systems. Issues related to ilities have been relatively well understood

Hidden safety requirements in large-scale systems

by Carl E. Landwehr
"... To avoid hidden safety problems in future large scale systems, we must be able to identify the crucial assumptions underlying the development of their components and to enunciate straightforward rules for safe component interconnection. ..."
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To avoid hidden safety problems in future large scale systems, we must be able to identify the crucial assumptions underlying the development of their components and to enunciate straightforward rules for safe component interconnection.
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