Abstract—With the rapid development of informatization,
there is an increasing demand for electronic information talents,
as well as higher requirement for their comprehensive quality.
To meet the needs and combine with the distinctive domain of
Beihang University in aeronautics and astronautics, this paper
presents a physical wireless communication testbed which is not
only a hybrid of communication, radar and navigation majors,
but can also intend to be applied as an educational resource in
core curriculums of electronic engineering and develops to an
all-in-one experimental platform. This testbed advances the
educational opportunities available to the audio wireless
communication and basic protocols involved in signal
transmission by providing a “real-world” platform where
students can master signal processing and transmission methods
from the perspective of engineering application and establish an
integrated system of knowledge. It cascades almost all
undergraduate courses and performs like a fundamental,
comprehensive and innovative compound platform which can
arouse students’ interest, improve their professional practice
and cultivate their innovation ability in a better way.
Index Terms—Audio communication, modular design, testbed, experimental teaching.
The authors are with the Electronic and Information Engineering Department, University of Beihang, China (e-mail: email@example.com, firstname.lastname@example.org, email@example.com).
Cite: Zhang Yu-Xi, Wang Zhe, and Wang Jun, "Modular Integrated Electronic Experiment Testbed for Signal Processing Education," International Journal of Information and Education Technology vol. 7, no. 8, pp. 561-565, 2017.