With the blooming of electrical and electronic engineering technologies, information and communications, the detection and imaging data handling have become one of the hottest topics in recent years. However, most conventional electrical and electronic material, design, analysis and synthesis have difficulties satisfying the stringently increasing requirements of detection and imaging applications on high-efficiency, high-resolution, compact size, low cost, and easy integration and so forth. For example, RF circuits and their related synthetic method for data transmission on the latest 5G systems are desired to be with high-efficiency, high-precision, new frequency band, low profile, compact size, low cost. Thus, the demand for different types of novel and high-performance circuits and analytical methods is increasing exponentially.
This Research Topic is intended to propose and discuss new materials, design and analysis for electrical and electronic information and communications of detectors and imaging data. The objective of this Research Topic is to establish the state of the art for the most relevant issues in information and communications of detectors and imaging data and to search for novel efficient material, concepts, methods and designs in the related areas. It is expected to address and report the recent and attractive topics in information and communications for detectors and imaging data. This Research Topic aims to make a contribution to electrical and electronic information and communications of detectors and imaging data in both academic and industrial areas. We welcome investigators to submit Original Research and Review articles to this Research Topic.
Potential topics include but are not limited to the following:
• Signal processing
• Image processing
• Information system and data analysis
• Wireless and mobile communication
• Microwave circuits and systems
• Antennas and propagation
• 3D printing technology
• Energy interaction and communication
• Power electronics and systems
• Computational electromagnetics
• Electromagnetic compatibility
• Electrical machinery
• Control technology and systems
• Emristive circuits and chaotic systems
• Electron devices and intelligent mobile systems
With the blooming of electrical and electronic engineering technologies, information and communications, the detection and imaging data handling have become one of the hottest topics in recent years. However, most conventional electrical and electronic material, design, analysis and synthesis have difficulties satisfying the stringently increasing requirements of detection and imaging applications on high-efficiency, high-resolution, compact size, low cost, and easy integration and so forth. For example, RF circuits and their related synthetic method for data transmission on the latest 5G systems are desired to be with high-efficiency, high-precision, new frequency band, low profile, compact size, low cost. Thus, the demand for different types of novel and high-performance circuits and analytical methods is increasing exponentially.
This Research Topic is intended to propose and discuss new materials, design and analysis for electrical and electronic information and communications of detectors and imaging data. The objective of this Research Topic is to establish the state of the art for the most relevant issues in information and communications of detectors and imaging data and to search for novel efficient material, concepts, methods and designs in the related areas. It is expected to address and report the recent and attractive topics in information and communications for detectors and imaging data. This Research Topic aims to make a contribution to electrical and electronic information and communications of detectors and imaging data in both academic and industrial areas. We welcome investigators to submit Original Research and Review articles to this Research Topic.
Potential topics include but are not limited to the following:
• Signal processing
• Image processing
• Information system and data analysis
• Wireless and mobile communication
• Microwave circuits and systems
• Antennas and propagation
• 3D printing technology
• Energy interaction and communication
• Power electronics and systems
• Computational electromagnetics
• Electromagnetic compatibility
• Electrical machinery
• Control technology and systems
• Emristive circuits and chaotic systems
• Electron devices and intelligent mobile systems