System-theoretical methods are already used for the control of computing systems, but much more can be done exploiting said methods for their ‘design’. This requires to express in control-theoretical terms desires and specifications that originate in the computer science domain, which may not be immediate. It also requires to accept that part of the addressed system be modified, which may pose some acceptance problems. However, if those issues are handled correctly, the payback is often very relevant. This study demonstrates the above ideas in the context of resource allocation
To date, not that much. Improvements are possible, but some system-theoretically grounded re-design ...
The purpose of this paper is to treat the design and evaluation of resource allocation systems for a...
In this paper, we present a decentralized algorithm for determining how resources should be allocate...
System-theoretical methods are already used for the control of computing systems, but much more can ...
The use of control theory in the design and implementation of computing systems capable of adapting ...
he use of control-based methods for resource manage- ment in real-time computing and communication s...
This paper accompanies a tutorial aimed at introducing the basics of system and control theory so as...
This thesis presents models and methods for feedback-based resource management for cyber-physical sy...
This paper describes an online control framework to design self-managing distributed computing syste...
We describe three contributions for distributed resource allocation in scientific applications. Firs...
The paper describes a formal framework for designing and reasoning about resource-constrained system...
Allocation of all resources to maximize the total value of the completion times for all jobs in a mu...
We propose models that capture the influence of computation on the performance of computer-controll...
A Distributed System is composed by integration between loosely coupled software components and the ...
textThe Software Life Cycle (SLC) often comprises a complex sequence of processes, each with many su...
To date, not that much. Improvements are possible, but some system-theoretically grounded re-design ...
The purpose of this paper is to treat the design and evaluation of resource allocation systems for a...
In this paper, we present a decentralized algorithm for determining how resources should be allocate...
System-theoretical methods are already used for the control of computing systems, but much more can ...
The use of control theory in the design and implementation of computing systems capable of adapting ...
he use of control-based methods for resource manage- ment in real-time computing and communication s...
This paper accompanies a tutorial aimed at introducing the basics of system and control theory so as...
This thesis presents models and methods for feedback-based resource management for cyber-physical sy...
This paper describes an online control framework to design self-managing distributed computing syste...
We describe three contributions for distributed resource allocation in scientific applications. Firs...
The paper describes a formal framework for designing and reasoning about resource-constrained system...
Allocation of all resources to maximize the total value of the completion times for all jobs in a mu...
We propose models that capture the influence of computation on the performance of computer-controll...
A Distributed System is composed by integration between loosely coupled software components and the ...
textThe Software Life Cycle (SLC) often comprises a complex sequence of processes, each with many su...
To date, not that much. Improvements are possible, but some system-theoretically grounded re-design ...
The purpose of this paper is to treat the design and evaluation of resource allocation systems for a...
In this paper, we present a decentralized algorithm for determining how resources should be allocate...