Your selections:
Reducing energy consumption in distributed computing through economic resource allocation
- Lynar, Timothy M., Simon, Herbert, Ric D., Chivers, William J.
Resource allocation to conserve energy in distributed computing
- Lynar, Timothy M., Herbert, Ric D., Simon, Chivers, William J.
Clustering obsolete computers to reduce e-waste
- Lynar, Timothy M., Simon, Herbert, Ric D., Chivers, William J.
Conserving energy in cluster computing through resource allocation
- Lynar, Timothy M., Simon,, Herbert, Ric D.
Reducing grid energy consumption through choice of resource allocation method
- Lynar, Timothy M., Herbert, Ric, Simon, Chivers, William J.
A comparison of economic resource allocation mechanisms in grids of e-waste computers
- Herbert, Ric D., Lynar, Timothy M.
A grid resource allocation mechanism for heterogeneous e-waste computers
- Lynar, Timothy M., Herbert, Ric D., Chivers, William J., Simon
Allocating grid resources for speed and energy conservation
- Lynar, Timothy M., Herbert, Ric D.
Auction resource allocation mechanisms in grids of heterogeneous computers
- Lynar, Timothy M., Herbert, Ric D., Simon
Impact of node ranking on outcomes of grid resource allocation
- Lynar, Timothy M., Herbert, Ric D., Simon, Chivers, William J.
Why decide: is a user's estimation of job completion time useful in grid resource allocation?
- Lynar, Timothy M., Herbert, Ric D., Simon, Chivers, William J.
Implementing an agent based auction model on a cluster of re-used workstations
- Lynar, Timothy M., Herbert, Ric D., Chivers, William J.
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