Engineering & Materials Science
Approximation algorithms
100%
Computational complexity
84%
Fiber optic networks
82%
Wavelength division multiplexing
74%
Topology
65%
Fault tolerance
64%
Telecommunication networks
64%
Routing algorithms
57%
Linear programming
49%
Wireless sensor networks
47%
Polynomials
47%
Scheduling
45%
Critical infrastructures
44%
Network-on-chip
42%
Sensors
39%
Communication
38%
Wireless networks
35%
Smart power grids
33%
Sensor networks
33%
Monitoring
31%
Wavelength
30%
Network architecture
29%
Sensor nodes
29%
Bandwidth
29%
Costs
28%
Coloring
28%
Law enforcement
26%
Quality of service
25%
Electric potential
24%
Regenerators
24%
Scheduling algorithms
23%
Systems analysis
22%
Resource allocation
22%
Throughput
22%
NP-hard
21%
Phasor measurement units
21%
Data communication systems
21%
Electric power systems
21%
Unmanned aerial vehicles (UAV)
19%
Internet
19%
Metropolitan area networks
18%
Overlay networks
18%
Network protocols
18%
Disasters
17%
Wireless mesh networks (WMN)
17%
Routers
17%
Electric power distribution
17%
Data transfer
16%
Recovery
16%
Mobile ad hoc networks
16%
Mathematics
Interdependencies
44%
Diagnosability
32%
Critical Infrastructure
31%
Vertex of a graph
29%
Fault-tolerant
28%
Graph Clustering
23%
Model
23%
Heuristics
22%
Identifying Code
21%
Scheduling Algorithm
21%
Routing Algorithm
20%
Power System
19%
Network Architecture
19%
Routing
19%
Transformer
18%
Path
18%
Partitioning
16%
Smart Grid
16%
Wireless Mesh Networks
15%
Attack
15%
Hypercube
15%
Graph in graph theory
15%
Wireless Sensor Networks
14%
Network Monitoring
14%
Optical Networks
14%
Packet Scheduling
14%
Health Monitoring
14%
Multipath Routing
13%
Moving Target
13%
NP-complete problem
13%
Software
13%
Bluetooth
13%
Directional Antenna
13%
Fault
13%
WDM Networks
12%
Sensor
12%
Multicasting
12%
Steiner Tree
11%
Quality of Service
11%
Optimal Solution
11%
Design
11%
Routing Problem
11%
Binary
11%
Fault Tolerance
11%
Router
11%
Law Enforcement
11%
Budget Constraint
11%
Queuing
10%
Monitoring
10%
