INIS
devices
100%
power
63%
internet
55%
solutions
53%
performance
47%
transmission
45%
algorithms
44%
applications
42%
data
42%
energy
41%
cost
36%
simulation
36%
sensors
35%
delivery
32%
collisions
31%
range
31%
comparative evaluations
27%
layers
26%
resources
26%
learning
25%
reliability
24%
implementation
23%
monitoring
23%
energy consumption
20%
design
19%
datasets
18%
trains
18%
insects
17%
spectra
17%
increasing
16%
configuration
16%
images
15%
capacity
14%
machine learning
14%
interference
14%
lifetime
14%
vision
14%
evaluation
14%
ghz range
13%
harvesting
12%
data transmission
12%
synchronization
12%
size
11%
agriculture
11%
metrics
11%
drone
10%
allocations
10%
constraints
10%
energy efficiency
9%
robots
9%
Computer Science
Packet Delivery Ratio
30%
Wireless Sensor Network
29%
Energy Consumption
27%
Internet of Things
22%
Downlink Traffic
19%
Internet of Things Device
18%
Testbed
16%
Energy Efficient
14%
Monitoring System
14%
Retransmission
11%
Wide Area Network
11%
Wireless Technologies
9%
Network Lifetime
9%
Design Consideration
9%
packet delivery
9%
Microcontroller
9%
Power Consumption
8%
Wide Area Network
7%
Power Frequency
7%
Performance Gain
7%
Industrial Internet of Things
7%
Network Capacity
7%
Physical Layer
7%
Wireless Networks
7%
High Reliability
7%
Robot
7%
Main Component
6%
Open Source
6%
Communication Protocol
5%
Internet-Of-Things
5%
Keyphrases
Long Range Wide Area Network (LoRaWAN)
36%
LoRa
25%
Wireless Sensor Networks
15%
End Device
13%
Energy Consumption
11%
Internet of Things Devices
10%
Infrastructure-free
9%
Drone
9%
Target Coverage
9%
Design Considerations
9%
Radio Duty Cycling
9%
Spreading Factor
7%
Downlink Traffic
7%
Recharge
7%
Network Lifetime
7%
Smart Agriculture
7%
Internet of Things
6%
Number of Packets
6%
Communication Protocol
6%
LoRa Network
6%
Packet Delivery Ratio
6%
Low Overhead
5%
Radio Technology
5%
Localization Algorithm
5%
Charger
5%
Low Power
5%
