Engineering & Materials Science
Students
100%
Radio receivers
71%
Teaching
65%
Field programmable gate arrays (FPGA)
45%
Computer hardware
43%
Electric power utilization
40%
Software radio
33%
Digital communication systems
32%
Decoding
31%
Multiple access interference
30%
Integrated circuit design
30%
Convolutional codes
30%
Sensor networks
26%
Seats
25%
Engineering education
23%
Forward error correction
22%
Turbo codes
22%
Education
21%
Multiuser detection
20%
Computer hardware description languages
19%
Digital video broadcasting (DVB)
17%
Viterbi algorithm
15%
Code division multiple access
15%
Wireless sensor networks
14%
Satellites
14%
Electrical engineering
13%
Random forests
12%
Throughput
12%
Detectors
12%
Communication
12%
Textbooks
12%
Sensor nodes
11%
Electronics engineering
10%
Motion estimation
10%
Intersymbol interference
10%
Signal processing
9%
Computational complexity
8%
Computer architecture
7%
Zigbee
6%
Time delay
6%
Pressure sensors
6%
Monitoring
6%
Cost reduction
6%
Network performance
5%
Access control
5%
Purchasing
5%
Microprocessor chips
5%
Image texture
5%
Signal to noise ratio
5%
Social Sciences
engineering
71%
student
35%
Teaching
33%
learning
25%
Far East
15%
flexibility
13%
Blended Learning
12%
education
12%
electrical engineering
12%
simulation
9%
China
9%
learning environment
9%
classroom
8%
electronics
7%
experience
7%
textbook
5%
cost reduction
5%