With the national protection of intangible cultural heritage increasing, the inheritance and innovation of music culture has become a hot topic. Music education in colleges and universities must ensure the inheritance and innovation of music. However, there is a lack of music culture inheritance and innovation model based on the Internet of Things. Therefore, based on the IoT metal system, this paper describes the theoretical framework and specific realization steps, etc. of the model. The construction of the model requires the deployment of infrastructure, the construction of a cultural library of music resources and the development of a basic application model. This paper cooperated with a university to conduct a semester-long experimental test work. The results show that the model constructed in this paper can improve students’ music learning motivation and music classroom participation, as well as music innovation consciousness and music professionalism compared with the traditional model.
MogesTHLakewDSNguyenNP, et al.Cellular Internet of Things: use cases, technologies, and future work. Internet Things-Neth2023; 24: 100910.
2.
ChiCXWangYJTongXR, et al.Game theory in internet of things: a survey. IEEE Internet Things2021; 9(14): 12125–12146.
3.
DaiHNZhengZBZhangY. Blockchain for internet of things: a survey. IEEE Internet Things2019; 6(5): 8076–8094.
4.
AlkhabbasFSpalazzeseRDavidssonP. Characterizing Internet of Things systems through taxonomies: a systematic mapping study. Internet Things-Neth2019; 7: 100084.
5.
DingXHZhangYLiJX, et al.A feasibility study of multi-mode intelligent fusion medical data transmission technology of industrial Internet of Things combined with medical Internet of Things. Internet Things-Neth2023; 21: 100689.
6.
NguyenDCDingMPathiranaPN, et al.6G Internet of Things: a comprehensive survey. IEEE Internet Things2022; 9(1): 359–383.
7.
DohlerMFortesSHaqueI, et al.Internet of things. IEEE Commun Mag2023; 61(5): 120–121.
8.
da CruzMAARodriguesJAl-MuhtadiJ, et al.A reference model for internet of things middleware. IEEE Internet Things2018; 5(2): 871–883.
9.
ChuGApthorpeNFeamsterN. Security and privacy analyses of internet of things children’s toys. IEEE Internet Things2019; 6(1): 978–985.
10.
LiXMXuLD. A review of internet of things-resource allocation. IEEE Internet Things2021; 8(11): 8657–8666.
11.
AhmedNDeDHussainMI. Internet of Things (IoT) for smart precision agriculture and farming in rural areas. IEEE Internet Things2018; 5(6): 4890–4899.
12.
BanguiHBuhnovaBKusnirakovaD, et al.Trust management in social Internet of Things across domains. Internet Things-Neth2023; 23: 100833.
13.
IsmaelWMGaoMSYemeniZ. ESRRA-IoT: edge-based spatial redundancy reduction approach for Internet of Things. Internet Things-Neth2021; 14: 100388.
14.
AtzoriLCampoloCDaB, et al.Enhancing identifier/locator splitting through social internet of things. IEEE Internet Things2019; 6(2): 2974–2985.
15.
Esquer-RochinMRodríguezLFGutierrez-GarciaJO. The Internet of Things in dementia: a systematic review. Internet Things-Neth2023; 22: 100824.
16.
AkanOBCetinkayaOKocaC, et al.Internet of hybrid energy harvesting things. IEEE Internet Things2018; 5(2): 736–746.
17.
MaamarZFaciNUgljaninE, et al.Towards a cell-inspired approach for a sustainable internet-of-things. Internet Things-Neth2021; 14: 100400.
18.
RayPP. A survey on Internet of Things architectures. J King Saud Univ-Com2018; 30(3): 291–319.
19.
BoukadiKFaciNMaamarZ, et al.Norm-based and commitment-driven agentification of the internet of things. Internet Things-Neth2019; 6: 100042.
20.
HemmatiARahmaniAM. The Internet of Autonomous Things applications: a taxonomy, technologies, and future directions. Internet Things-Neth2022; 20: 100635.
21.
DugumaALBaiX. Contribution of internet of things (IoT) in improving agricultural systems. Int J Environ Sci Te2023; 21(2): 2195–2208.
22.
DingYLiYHChengL. Application of internet of things and virtual reality technology in college physical education. IEEE Access2020; 8: 96065–96074.
23.
MaamarZFaciNKajanE, et al.Process-of-Things: weaving film industry's practices into the Internet-of-Things. Internet Things-Neth2020; 11: 100248.
24.
LuoHBRuanZQLinW. DGA: Distributed geographic-sensing addressing method for linear-zone internet of things. Microprocess Microsy2021; 87: 103375.
25.
AshouriMDavidssonPSpalazzeseR. Quality attributes in edge computing for the Internet of Things: a systematic mapping study. Internet Things-Neth2021; 13: 100346.
26.
MiaoLDiXHuoZM, et al.Research on spectrum sensing data falsification attack detection algorithm in cognitive Internet of Things. Telecommun Syst2022; 80(2): 227–328.
27.
RajaSPSampradeeprajT. Internet of things: a research-oriented introductory. Int J Ad Hoc Ubiq Co2018; 29(1–2): 4–14.
28.
AtlamHFHemdanEEAleneziA, et al.Internet of things forensics: a review. Internet Things-Neth2020; 11: 100220.
29.
LiSCXuLDZhaoSS. 5G internet of things: a survey. J Ind Inf Integr2018; 10: 1–9.
30.
de MatosETiburskiRTMoratelliCR, et al.Context information sharing for the Internet of Things: a survey. Comput Netw2020; 166: 106988.
31.
CaoHY. Innovation and practice of music education paths in universities under the popularity of 5G network. Wireless Commun Mobile Comput2021; 2021: 3570412.
32.
DohlerMHaqueIMisraP, et al.Internet of things. IEEE Commun Mag2022; 61(5): 120–121.
