INIS
fluid flow
100%
queues
94%
surveys
94%
belgium
94%
buffers
89%
flow models
78%
evaluation
73%
fluids
63%
sensitivity
63%
energy
63%
performance
63%
sensors
63%
markov process
47%
probability
44%
levels
34%
distribution
34%
learning
31%
france
31%
capacity
31%
universities
31%
teaching
31%
losses
31%
algorithms
31%
modeling
31%
values
31%
diffusion
31%
datasets
31%
outages
31%
gain
31%
asymmetry
31%
information
31%
contracts
31%
computers
31%
energy consumption
26%
data processing
26%
states (energy)
26%
switches
26%
design
21%
defects
21%
configuration
21%
weight
21%
mobility
15%
signals
15%
graphs
10%
geometry
10%
density
10%
applications
10%
business
10%
optimization
10%
increasing
10%
Keyphrases
Energy-aware Server
63%
Server Utilization
63%
Fluid Flow Simulation
47%
Wireless Sensor Networks
31%
Web Hosting
31%
Sojourn Time
31%
Fluid Queue
31%
Sojourn Time Distribution
31%
Student Use
31%
Podcast
31%
Information Diffusion Process
31%
Busy Period
31%
Expected Energy
31%
Buffer Content
31%
Data Processing Center
31%
Congestion Loss
31%
Congestion Analysis
31%
Gossip
31%
Random Geometric Graph
31%
Performance Evaluation
31%
High Density Wireless Sensor Networks
31%
Average Consensus Algorithm
31%
Consensus Algorithm
31%
Updating Model
31%
Average Consensus
31%
Asynchronous Update
31%
Markov
31%
Outage Probability
31%
Radio Access Network
31%
Sensor Node
21%
Web Requests
15%
Radio Access Technology
15%
Infinite Buffer
15%
Lag behind
15%
Fluid Flow
15%
Laplace-Stieltjes Transform
15%
Didactic Contract
15%
Teaching Practice
15%
Praxeology
15%
Regenerative Approach
15%
Energy Consumption
15%
Energy State
15%
Stationary Distribution
15%
Capacity Shortage
15%
Network Condition
15%
Page Loading Time
15%
Signal Strength
15%
Sink Node
10%
Diffusion Behavior
10%
Neighbor Node
10%
