About this Journal

History

JBE (Journal of Broadcast Engineering) was launched in March 1996 with biannual publication. It was selected as a candidate for accredited journal by National Research Foundation (NRF) of Korea in September 2004 and finally accredited by the foundation in January 2007. It has been published three time in a year since 2001 and four times since 2003. Since 2007 it has been published bimonthly, in January, March, May, September, November, and December. Currently about 100 technical papers are published by JBE.

Aims and Scope

The Journal of Broadcast Engineering (JBE), which is published by The Korean Institute of Broadcast and Media Engineers, is devoted to reports of original short communications, research and review articles. It includes regular papers, letters (short papers) and specially edited papers. The JBE encompasses all types of speech/audio and image/video signal processing for broadcasting technologies, broadcast contents management and application technologies, modulation/demodulation and transmission technologies for broadcasting, and broadcasting system technologies.

ISSN number and DOI prefix

ISSN : 2287-9137 (Online)
ISSN : 1226-7953 (Print)
DOI Prefix : http://dx.doi.org/10.5909/JBE

Financial Support

This work was supported by the Korean Federation of Science and Technology Societies grant funded by the Korea government.

Topics

Category	Items in Detail
Speech/audio signal processing	Speech recognition/synthesis/coding/ conversion, natural language processing, audio encoding, music information processing, speech/audio quality improvement/ restore/quality evaluation, noise processing, sound recognition/synthesis/classification/separation, machine learning for voice/audio, virtual instruments, 3D sound, psychoacoustics, voice/audio modeling, hearing aid, bio signal processing
Video/image compression	Image/video coding technology, immersive video (360, 6DoF, etc.) coding, PCC (Point Cloud Coding), light field coding, depth image coding, 3D video coding, hologram coding, deep learning based image/video coding, pre-/post processing for video coding, SW/HW optimization, fast encoding/decoding algorithm, rate control, video transcoding, error-resilient video coding, image/video coding standard technology (HEVC, VVC, MPEG, JPEG, etc.)
Video/image processing	3D computer vision, action and behavior recognition, biometrics, face/gesture/body pose, computational photography, image and video synthesis, datasets and evaluation, efficient training and inference methods for networks, low-level and physics-based vision, machine learning architectures, motion and tracking, neural generative models, auto-encoders, GANs, recognition (object detection, categorization), representation learning, deep learning, scene analysis and understanding, segmentation grouping and shape, video analysis and understanding, visual reasoning and logical representation
Broadcasting content production	Broadcasting program production technologies: content production technology, production workflow, camera technology, media & art convergence technology, digital video effects, broadcasting content editing and CG technology
Broadcasting content production	Interdisciplinary research: storytelling for production of broadcast contents, media convergence technology, media technology-humanities convergence, digital humanity, philosophy of media technology, human sensibility ergonomics, cognitive science, other media-related convergence technology
Broadcasting System	Broadcasting architecture including terrestrial, cable, satellite, IPTV platform, Internet-based streaming architecture, converged architecture between communication and broadcasting
Transmission System	Wireless broadcasting network: IEEE 802.22, wireless regional area network (WRAN)
Transmission System	modulation/demodulation, channel coding/decoding, antenna, MIMO/MISO, OFDM, equalization, synchronization, interference cancellation, software-defined radio, SFN
Broadcasting Industry and Policy	Broadcasting equipment technologies: broadcasting on-demand, cable transfer splicing system, digital multimedia broadcasting, digital video broadcasting-multimedia home platform
	Broadcasting application technologies: broadcasting communication network technology, data transmission & control, advanced common application platform, digital imaging and communication
	Policy for broadcasting-communication industry and promotion: promotion policy for the convergence service industry, cooperation and coordination between broadcasting-communication markets
	Policy for digital broadcasting and new media: policy for UHDTV/Hybrid TV/N-screen/Smart TV/MMS/convergence services, new media laws
	Broadcasting media policy: media convergence policy, new media technology policy, media marketing policy, new media service policy, media education policy, other media-related policy
Media service	Realistic media service, broadcast media service, smart media service, one-person media service, OTT (Over-the-top) media service
Media intelligence	All areas of artificial intelligence technology and media: media recommendation, personalized broadcasting, user preference, media search, media analysis, semantic understanding, big data-based media selection and media processing, etc.
Realistic content	AR/VR, 360°VR, Hologram, MulSeMedia: VR, AR content creation, 360° Content shooting technology, Hologram and similar hologram content production technology, MulSeMedia content
	Media art: media art technology, creative technology, media entertainment technology, computer art, video art, holographic art, other CT related techno-art
	Media Interaction: media product or service-oriented interaction design(UI/UX), Interaction art, Game Interaction design, Interface/interaction design in the real/digital space design

Journal of Broadcast Engineering