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Junshi Chen
Knuten till universitetet
Doktorand
,
ELLIIT: the Linköping-Lund initiative on IT and mobile communication
Affilierad
,
Kommunikationsteknologi
E-postadress
junshi.chen
eit.lth
se
Webbplats
https://www.lu.se/forskning/starka-forskningsmiljoer/strategiska-forskningsomraden/elliit-0
Översikt
Fingeravtryck
Nätverk
Forskningsoutput
(8)
Projekt
(3)
Liknande profiler
(6)
Fingeravtryck
Utforska forskningsämnen där Junshi Chen är aktiv. Dessa ämnesetiketter kommer från personens arbeten. Tillsammans bildar de ett unikt fingeravtryck.
Sortera efter
Vikt
Alfabetisk ordning
Engineering
Environment
100%
Antenna Arrays
89%
Transmitter
88%
Mapping
85%
Passenger Vehicle
70%
Basestation
68%
Receivers
57%
Reference Symbol
42%
Ground Truth
38%
Performance
34%
Density
28%
Channel Model
28%
Accuracy
28%
Propagation Environment
28%
Parameter Estimation
28%
Azimuthal
28%
Proprioception
25%
Communication System
15%
Limitations
14%
Roofs
14%
Reachability
14%
Multipath
14%
Statistical Characterization
14%
Satellites
14%
Wireless Infrastructure
14%
Drives
14%
Radio System
14%
Angle-of-Arrival
12%
Wireless Communication
9%
Neural Network Architecture
9%
Simple Model
9%
Interference Cancellation
9%
Reference Signal
9%
Ground Vehicle
9%
Experiments
9%
Limited Resolution
9%
Low Cost
9%
Software Defined Radio
9%
Channel Modeling
9%
Error
7%
High Accuracy
5%
Kalman Filter
5%
Measurement Campaign
5%
Specific Reference Signal
5%
Data Show
5%
Scatterer
5%
Models
5%
Nearest Neighbor
5%
Inertial Measurement
5%
Units of Measurement
5%
Computer Science
Simultaneous localization and mapping
57%
Multipath Component
57%
array antenna
30%
Approximation (Algorithm)
28%
Mapping Algorithm
28%
localization algorithm
28%
Artificial Neural Network
28%
Algorithms
28%
long-term evolution
21%
Future Direction
9%
Draw Conclusion
9%
Hardware Cost
9%
Propagation Channel
9%
Transmitted Signal
9%
Propagation Mechanism
9%
Neural Network Architecture
9%
wireless communication system
9%
Cellular Network
9%
Data Communication
9%
software-defined radio
9%
Hardware
9%
Approximation Algorithms
7%
Joint Probability
7%
