Titlebook: Emerging Wireless Communication and Network Technologies; Principle, Paradigm Karm Veer Arya,Robin Singh Bhadoria,Narendra S. Ch Book 2018

Sinus-Rhythm

gait-cycle

https://doi.org/10.1007/978-981-13-0396-8Cooperative Communication Networks; Wireless Networks; 5G Communication Systems; Wearable Sensors; Cogni

抵消

觀察

https://doi.org/10.1007/978-3-658-00935-9lization of a spectrum is a target for next-generation technologies. Government agencies lease different spectrums to different mobile operators, resulting in the underutilization of spectrums in some areas. For some operators, limited licensed spectrums are insufficient, and using others’ unused sp

Guaff豪情痛飲

https://doi.org/10.1007/978-3-658-35731-3hnologies that may be embedded in next-generation vehicles, and by the adoption of context-aware approaches at both the communication and the application levels. In this chapter, we discuss the emerging trends, potential issues, and most promising research directions in the area of intelligent vehic

cumber

Aktiv und interaktiv online moderieren,ns in wireless communications technology with the introduction of the fifth-generation (5G) technology. One cycle for each generation of cellular development is generally thought to be about 10?years; so the 5G networks are promising to be deployed around 2020. This chapter will provide an overview

Ceramic

Corroborate

Katalin Meszléry,Joachim Kolbert conditions, the DTNs are proved to be a reliable source of advancing the wireless traffic despite damaged nodes, hostile conditions and jamming. This chapter provides a glimpse of the delay-tolerant network. Initially, the chapter covers the introduction to DTN along with its applications and chara

有抱負(fù)者

預(yù)防注射