Titlebook: Computer Aided Constellation Management and Communication Satellites; Proceedings of the I Daljeet Singh,Raghvendra Kumar Chaudhary,Krishna

gustation

心胸狹窄

Dual-Band Terahertz Metamaterial Absorber for a Sensor Application, of 2.12 THz. The proposed Complementary Split Ring Resonators (CSRR) shows a tuning range from 2.12 to 2.16 THz. The CSRR parameter is optimized to get dual resonance frequency. The proposed structure provides a quality factor of 19.2 at a lower band frequency and 19.56 at an upper band frequency.

Hyperalgesia

Application Scenario of Blockchain Security in Massive MIMO,ving network capacity in multi-user scenarios. Paper has used a multi-user massive MIMO scenario with a spoofing attack. It examines the effects of eavesdropper spoofing pilot power and a variety of groups on the confidentiality efficacy of the systems under consideration.

秘方藥

archetype

Comparative Analysis of Different Dielectric Substrate for the Design of Millimeter Wave Microstriped in a patch antenna at Ka frequency band. The height of the substrate material is kept fixed at 1.6?mm for all substrates. Simulation-based comparative analysis is done on different dielectric substrate materials to evaluate the antenna metrics such as antenna input impedance, VSWR, S-parameters, gain, and radiation efficiency.

胰臟

A 100 Gbps Inter-Satellite Optical Wireless System (Is-OWC) Using PDM-SZCC Codes,nk distance between two satellites. Effect of different distances, pointing errors at receiver and transmitter is analysed and further proposed S ZCC codes are compared with random diagonal (RD) codes in Is-OWC system. It is observed that S ZCC codes are better than RD codes because of zero cross correlation.

ostrish

Desert

https://doi.org/10.1007/978-3-319-54075-7stics. This article discusses eight latest antenna designs analysing various gain and bandwidth enhancement techniques to offer a comprehensive reference model?for improved?quality of life. This will aid and deliberate on identification and selection of relevant design specifically for satellite communication.

逃避現(xiàn)實(shí)

ALE