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Wei Jin
Dr
Lecturer (Teaching & Research)
,
School of Computer Science & Engineering
Former affiliations
Lecturer (Teaching & Research)
,
School of Computer Science & Engineering
Post-Doctoral Research Officer
,
School of Computer Science & Engineering
School of Computer Science & Engineering
https://orcid.org/0000-0002-6913-8265
Accepting PhD Students
2016
2025
Research activity per year
Overview
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Network
Research output
(46)
Projects
(1)
Similar Profiles
(6)
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Dive into the research topics where Wei Jin is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Keyphrases
Intensity Modulation
77%
Direct Detection
76%
Modulation Detection
76%
Digital Filter multiple Access
66%
Experimental Demonstration
55%
Digital Filter
55%
Iterative Algorithm
46%
Signal Transmission
45%
Flexible Transceiver
37%
Physical Layer Security
37%
Transmission Capacity
36%
Multi-channel Aggregation
33%
Transmission System
30%
Semiconductor Lasers
27%
Point-to-multipoint
27%
Discrete Mode
27%
ROADM
27%
Data-aided
24%
Digital Filtering
23%
Optical Transmission Systems
23%
Intensity-modulation Direct-detection (IM-DD)
23%
Aggregation Behavior
22%
Envelope Detection
21%
Free-running
21%
O-E-O
21%
Millimeter Wave
21%
Multi-constraints
21%
Fast Fourier Transform
20%
Digital Signal Processing
20%
Deaggregation
20%
Orthogonal Frequency Division multiplexing
19%
Optical Access Network
18%
Discrete Fourier Transform Spread (DFT-S)
18%
Wireless Access Networks
18%
Hub-and-spoke
18%
Inverse Fast Fourier Transform
18%
RF Envelope
18%
Single Sideband
18%
Optical Wireless Communication
18%
Optical Filters
18%
Filter Method
18%
Heterogeneous Access Networks
18%
4-level Pulse Amplitude Modulation (PAM-4)
18%
Matching Filter
17%
Upstream Transmission
17%
Single-mode Fiber
16%
Power Dynamic Range
16%
Launch Power
16%
Convergence Rate
15%
Transceiver
15%
Engineering
Digital Filter
100%
Intensity Modulation
89%
Direct Detection
82%
Multiple Access
65%
Transceiver
57%
Network Access
47%
Multichannel
45%
Iterative Algorithm
39%
Fast Fourier Transform
29%
Discrete Fourier Transform
27%
Digital Filtering
24%
Envelope Detection
23%
Physical Layer Security
23%
Digital Signal Processing
20%
Peak-to-Average Power Ratio
20%
Sidebands
19%
Optical Transmission System
18%
Optical Filter
18%
Iteration Algorithm
18%
Power Budget
18%
Orthogonal Frequency Division Multiplexing
18%
Adaptability
13%
Filtration
13%
Layer Network
13%
Channel Count
12%
Power Penalty
12%
Dynamic Range
12%
Launch Power
12%
Fits and Tolerances
11%
Convergence Rate
10%
Passive Optical Networks
10%
Fiber Optic Networks
9%
Sidelobes
9%
Pulse Compression
9%
Multiplexer
9%
Filter Banks
9%
Gaussian Function
9%
Adaptive Hybrid
9%
Data Flow
9%
Photonics
9%
Optical Fiber Transmission
9%
Switching State
9%
Dynamic Switching
9%
Optical Communication System
9%
5G Mobile Communication
9%
Polar Coordinate System
9%
Communication Unit
9%
End-Users
7%
Nodes
7%
Simulation Result
7%
Computer Science
Passive Optical Network
68%
Digital Filter
62%
Direct Detection
61%
Transmission System
42%
Multiple Access
37%
Physical Layer Security
23%
Iterative Algorithm
21%
Digital Signal Processing
20%
Fourier Transform
18%
Fiber Optic Networks
15%
Transmission Capacities
14%
Optical Signal
13%
Orthogonal Frequency Division Multiplexing
13%
Security Technique
11%
Fast Fourier Transform
11%
wireless link
9%
Mel Frequency Cepstral Coefficient
9%
nonnegative matrix factorization
9%
Add-Drop-Multiplexer
9%
Wireless Networks
9%
Quadrature Phase Shift Keying
9%
Wireless Access Network
9%
Estimation Error
9%
optical access network
9%
Optical Communication
9%
5G Mobile Communication
9%
Coordinate System
9%
Level Encryption
9%
Access Network
9%
Upstream Transmission
8%
Dynamic Power
7%
Computational Simulation
7%
Connection Density
6%
Digital Filtering
6%
Physical Layer
6%
Computational Complexity
5%
Forward Error Correction
5%
Convergence Speed
5%
