INIS
indonesia
97%
spectra
57%
data
54%
internet
53%
market
42%
applications
42%
implementation
36%
performance
35%
values
30%
ghz range
26%
security
22%
comparative evaluations
22%
patients
22%
evaluation
22%
simulation
21%
mhz range
21%
economics
20%
algorithms
17%
capacity
17%
devices
17%
lte
16%
design
16%
interference
16%
policy
15%
signals
15%
reviews
15%
environment
13%
power
13%
prediction
13%
industry
12%
ships
12%
learning
12%
efficiency
12%
satellites
12%
distance
11%
engineering
11%
management
11%
assessments
11%
levels
11%
aircraft
11%
meters
11%
cities
10%
speed
10%
sensors
10%
surveillance
10%
planning
9%
increasing
9%
regulations
9%
unmanned aircraft
9%
mental disorders
9%
Keyphrases
Indonesia
100%
Internet of Things
51%
Indonesian
42%
LoRa
20%
Jakarta
20%
Mobile Technology
19%
Indonesian Stock Market
18%
5G Mobile Technology
16%
Mobile Network Operator
15%
Quality of Experience
15%
5G Technology
14%
5G Spectrum
12%
Wireless Avionics Intra-communication
12%
Long Range Wide Area Network (LoRaWAN)
11%
Subscriber
11%
Line-of-sight
10%
Politicians
10%
Kano Model
10%
Non-line-of-sight (NLoS)
10%
GHz Frequency
9%
Spectrum Requirement
9%
Unmanned Aircraft Systems
9%
System Engineering Methodology
9%
K-nearest
9%
Visible Light Communication
9%
Gbps
9%
5G Services
8%
4G Services
8%
4G LTE
8%
Ship Waves
8%
UAV
8%
Massive Machine-type Communications (mMTC)
7%
Quality of Service
7%
Service Applications
7%
Spectral Bands
7%
Telecommunications
7%
Service Innovation
7%
Mobile Operators
7%
Fixed Service
7%
Mobile Services
7%
5G Networks
7%
Communication Technologies
7%
Developing Countries
6%
Communication Systems
6%
Spectrum Usage
6%
Comparative Analysis
6%
IoT Services
6%
Wireless Sensor Networks
6%
Deep Learning Architectures
6%
Automatic Dependent Surveillance-broadcast (ADS-B)
6%
Computer Science
Internet-Of-Things
49%
Mobile Technology
27%
Telecommunication
17%
Quality-of-Experience
14%
5G Mobile Communication
13%
Mobile Network Operator
12%
Case Study
12%
Cellular Network
9%
Visible Spectrum
9%
Deep Learning Method
9%
Service Application
8%
Mobile Operator
7%
mobile service
7%
k-Nearest Neighbors Algorithm
6%
Technical Issue
6%
System Engineering Approach
6%
Performance Comparison
6%
Wide Area Network
6%
Smart City
5%
Primary Data
5%
spectrum band
5%
Usage Scenario
5%
Business Models
5%