INIS
data
100%
indonesia
84%
sensors
82%
internet
73%
performance
52%
capacity
52%
power
48%
design
44%
ships
41%
detection
40%
algorithms
40%
implementation
39%
applications
37%
output
36%
errors
35%
simulation
34%
signals
34%
market
34%
speed
33%
spectra
32%
solutions
28%
distribution
26%
matrices
24%
comparative evaluations
23%
antennas
21%
values
20%
routing
19%
learning
19%
increasing
19%
devices
19%
accuracy
18%
outages
18%
interference
17%
cities
17%
information
17%
water
16%
industry
16%
losses
16%
relays
15%
motorcycles
15%
engineering
15%
navigation
15%
entropy
15%
prediction
15%
television
15%
biometrics
15%
hybrids
15%
constraints
15%
randomness
15%
processing
14%
Keyphrases
Indonesia
85%
Wireless Sensor Networks
75%
Internet of Things
51%
Full-duplex
35%
Jakarta
34%
Ship Waves
29%
Self-interference
25%
Ship Detection
24%
Capacity Analysis
23%
Multiple-input multiple-output System
23%
Distributed Estimation
23%
Channel Model
21%
Indonesian
19%
Ship Speed
18%
Multiple Access Channel
17%
Outage Probability
16%
K-shortest Paths
15%
Mobile Network Operator
15%
System Engineering Methodology
15%
Google Assistant
15%
Outage Probability Analysis
15%
Voice Command
15%
IP-based
15%
Antenna
15%
Ergodic Capacity
15%
Tracy-Widom Distribution
15%
Relay Channel
15%
Voice Biometrics
15%
Congestion
14%
Networking Capability
14%
Non-orthogonal multiple Access
14%
Internet of Things Services
14%
Mutual Information
13%
Boston Matrix
11%
Ship Speed Estimation
11%
Wave Spectrum
11%
Mean Squared Error
11%
IP Interconnection
11%
Internet of Things Networks
11%
Node number
11%
Fusion Center
11%
Number of Sensors
11%
Subscriber
11%
Relay Networks
11%
Multiple-input multiple-output
10%
Social Media
10%
Indonesian Stock Market
10%
Sensor Detection
10%
Deep Learning Algorithm
10%
Motorcycle
9%
Engineering
Wireless Sensor Network
75%
Full-Duplex
47%
Multiple-Input Multiple-Output
31%
Internet-Of-Things
31%
Antenna
28%
Self-Interference
26%
Ship Speed
23%
Output System
23%
Simulation Result
22%
Nodes
22%
Channel Model
21%
Ports and Harbors
18%
Outage Probability
17%
Multiple Access Channel
17%
Relay Channel
15%
Ergodic Capacity
15%
Mean-Squared-Error
15%
Mean Square Error
15%
Input Multiple
15%
Orthogonal Multiple Access
15%
Experimental Result
13%
Wave Spectra
13%
Mutual Information
12%
Telecommunication
11%
Energy Conservation
11%
Microcontroller
10%
Transceiver
10%
Closed Form Solution
10%
Power Constraint
9%
Wireless Communication
9%
Energy Efficiency
9%
Interference Alignment
7%
Mobile Technology
7%
Antenna Selection
7%
Navigation System
7%
Stochastic Geometry
7%
Linear Precoding
7%
Radio Frequency Identification Reader
7%
Network Routing
7%
Convergence Time
7%
Smart City
7%
Reference Signal
7%
Access Point
7%
Frequency-Division Multiplexing
7%
Control Room
7%
Software Radio
7%
Individual Power Constraint
7%
Channel Capacity
7%
Maximization
7%
Infrared Sensor
7%
