Advancement in Additive Manufacturing and Signal Interference Detection in Communication Network

Dear Colleagues,

The advancement in communication media are increasing in recent scenario with progress in additive manufacturing and error detection in commuication path. Error detection has been growing concern in defined communication media where the effect can be due to rain especially in higher frequency of operation, signal interference resulted due to unwanted carriers such as Network Termination Devices in satellite and microwave field. In this special issue, we are focusing on the development of novel three dimensional (3D) printed surface along with applicable signal tracing especially focusing on the inference level.  

The topics of interests include but not limited to:

• Advancement in 5G/B5G/6G technologies;
• Network Termination Devices management and signal intensity level;
• Satellite communication path and signal tracing in slant path;
• Utilization of 3D printed surfaces to detect the error margin;
• Characterization of novel materials;
• Use of filaments, resin to realize the complex geometrical surfaces;
• Ulization of metal 3D printing technologies;
• Artificial intelligence and use of Neural Network in communication design scenarios;
• Spectrum Analyzer to detect the interferance level;
• Use of time division technology for defined time slot;
• 3D printed beam steerable surface design;
• Complex array configurable antenna sources;
• Novel concept for patch design and resonant cavity antenna;
• Use of copper painted solution on 3D printed antenna surfaces;
• Ralization of 3D printed sources and its effect on sattellite and microwave communication.

Dr. Sujan Shrestha
Dr. Dong-You Choi
Prof. Dr. Karu P. Esselle
Guest Editors

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• advancement in 5G/B5G/6G technologies
• network termination devices management and signal intensity level
• satellite communication path and signal tracing in slant path
• utilization of 3D printed surfaces to detect the error margin
• characterization of novel materials
• use of filaments, resin to realize the complex geometrical surfaces
• ulization of metal 3D printing technologies
• artificial intelligence and use of Neural Network in communication design scenarios.
• spectrum analyzer to detect the interferance level
• use of time division technology for defined time slot
• 3D printed beam steerable surface design
• complex array configurable antenna sources
• novel concept for patch design and resonant cavity antenna
• use of copper painted solution on 3D printed antenna surfaces
• ralization of 3D printed sources and its effect on sattellite and microwave communication