Computer Science
Network Simulator
92%
Software-Defined Networking
76%
Communication Network
64%
mobile ad-hoc network
58%
Computer Hardware
54%
IEEE 802.11
49%
Internet-Of-Things
45%
Experimental Result
44%
Network Research
42%
Intelligent Transportation System
39%
Network Simulation
39%
routing path
34%
Congestion Control
33%
OpenFlow
30%
Vehicular Network
30%
IEEE 802.16
30%
Disaggregation
30%
Quality of Service
26%
Simulated Network
26%
Design Implementation
25%
Routing Protocol
25%
IoT Application
25%
Performance Evaluation
24%
Transmission Range
23%
vehicular ad-hoc network
22%
Testbed
21%
Cognitive Radio
20%
Mesh Network
19%
Wireless Network
19%
Vehicular Communication
19%
Network Application
18%
Protocol Stack
18%
Wireless Mesh Network
18%
Distributed Scheduling
18%
Low Power Wide Area Networks
17%
Control Plane
16%
High Throughput
16%
Application Program
16%
Information Network
15%
Flow Control
15%
Mobility Support
14%
Network Protocols
13%
Packet Processing
12%
Scheduling Scheme
12%
Basic Service Set
12%
Forwarding Entry
12%
Wireless Wide Area Network
12%
Network Congestion
12%
Network Address
12%
Packet Loss Rate
12%
Keyphrases
NCTUns
100%
Network Simulator
78%
Inter-vehicle Communication
70%
Mobile Ad Hoc Network (MANET)
55%
IEEE 802.11
43%
Network Research
42%
Vehicular Ad Hoc Networks
40%
Hardware Switch
34%
Vehicle Communications Network
32%
Intelligent Transportation Systems
32%
Network Simulation
32%
Software-defined Networking
32%
Network Emulator
31%
Commodity Switch
31%
Routing Path
29%
Packet Aggregation
27%
LoRa
25%
Internet of Things
24%
OpenFlow
24%
Wireless Vehicular Networks
24%
Routing Protocol
23%
Performance Evaluation
22%
Wireless Networks
22%
Open vSwitch
22%
Cognitive Radio
20%
TCPIP
19%
Bare Metal
19%
Metal Commodities
19%
IEEE 802.16
19%
Mesh Network
19%
100 Gbps
19%
IoT Applications
19%
Transmission Range
18%
Sigfox
18%
Long Range Wide Area Network (LoRaWAN)
18%
MAC Protocol
18%
Scheduling Modes
18%
Coordinated Scheduling
18%
Roadside
18%
Trunking
18%
Simulated Network
17%
Simulation Methodology
17%
Wireless
16%
Network Technology
16%
Advanced Wireless
16%
Design Evaluation
16%
Implementation Evaluation
16%
Congestion
16%
High-throughput
15%
IP Networks
15%
