13 results in Engineering
Biological Imaging
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- Journal
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- You have access: full Access: Full
- Open access
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Biological Imaging provides a single open access forum for important bioimaging research. The journal publishes original reports, reviews and other article types on techniques and methods that use imaging approaches (especially quantitative and computational imaging) at their core and that enable discoveries and advances in biology (from molecular to tissue scales). The scope covers, but is not limited to image acquisition and processing, data mining and analysis, mathematical modelling, microscopy and machine learning. Modalities predominantly used for macroscopic medical imaging (including computerised tomography (CT), magnetic resonance imaging (MRI), positron-emission tomography (PET), ultrasonography (US)) and for which multiple publication venues exist, do not fall in the scope of the journal, unless they are associated with modalities at the microscopy level.
Research Directions: Cyber-Physical Systems
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- Journal
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- You have access: full Access: Full
- Open access
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Editor-in-Chief: Professor Jim Woodcock, University of York | UK
Cyber-Physical Systems (CPS) integrate embedded computers and networks with physical processes. They depend on feedback loops between computation and physical processes, data analytics, and AI. Their engineering needs unprecedented cooperation between different engineering disciplines. Development and deployment require new integrated scientific theories and engineering techniques. They will deliver advances in green buildings, autonomous vehicles, traffic flow management, emergency response, smart grids, industrial control, personalised healthcare, robotics, and other areas only now being envisaged.
Research Directions: CPS will unite researchers from different fields. We will explore fundamental questions about the theory and practice crossing all traditional engineering disciplines. Research Directions will follow the research lifecycle and share ideas as these questions develop. We will use a rigorous peer-review process and provide an alternative, ideally faster, way to disseminate timely and innovative results that the community agree are essential for progress. The scope of the research questions, challenges, and hypotheses are: applications; design methods; design technology; high integrity CPS; implementation; systems; technology; theory; verification & validation.
Experimental Results
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- Journal
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- You have access: full Access: Full
- Open access
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Editorial Board
Experimental Results is an open access journal providing a forum for experimental findings that usually remain hidden: the incremental steps that are so important to experimental research. These results often go unpublished due to the traditional scholarly communication process in which only a select group of experiments are chosen to make up the narrative of a single paper.
Articles for consideration in Experimental Results include positive results, negative/null results, reproducibility studies and supplementary findings.
Experimental Results will publish short research papers from experimental disciplines across Science, Technology and Medicine, providing authors with an outlet for rapid publication of incremental research findings with maximum visibility. Where applicable (for example, with reproducibility studies), work published in Experimental Results will clearly link back to the related paper. Articles will be accepted for publication if they are technically and methodologically sound and if the research reported answers a valid research question.
Subject areas we cover: Chemistry; Computer Science; Earth and Environmental Sciences; Engineering; Life Science and Biomedicine; Mathematics, Statistics and Probability; Physics and Astronomy; Psychology and Psychiatry.
High Power Laser Science and Engineering
- Published for: Chinese Laser Press and Cambridge University Press & Assessment
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- Journal
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- You have access: full Access: Full
- Open access
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High Power Laser Science and Engineering is a Gold Open Access peer reviewed journal that seeks to uncover the underlying science and engineering in the fields of: high energy density physics, high power lasers, advanced laser technology, and applications and laser components. The journal was formed in 2013 as a joint venture between Cambridge University Press (CUP), Cambridge, UK and Chinese Laser Press (CLP), Shanghai, China. The journal is published on-line with one volume per year. Under the stewardship of Editors-in-Chief from both China and the UK the journal has established itself as an internationally recognised publication.
Research Directions: Quantum Technologies
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- Journal
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- You have access: full Access: Full
- Open access
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Editor-in-Chief: Dr. Daniel Oi, University of Strathclyde | UK
Quantum technologies takes advantage of quantum effects, such as quantum entanglement and superposition, to enhance the performance of existing applications or enable new capabilities. By exploiting quantum behaviour of photons, electrons, atoms, and condensed matter, they have the potential to: deliver increased information processing power; secure communications; achieve high-precision positioning, navigation, and timing; greatly improve sensing and detection; and revolutionize sectors such as information technology, health, defence, manufacturing, and transport.
To overcome tremendous challenges in implementation and fulfil its potential, scientists, engineers, and leaders in industry need to come together to find the right solutions to make Quantum technologies a reality. The Research Directions: Quantum Technologies journal supports researchers throughout the entire innovation process and fosters truly multidisciplinary collaboration to advance this field.
Materials Research Society Internet Journal of Nitride Semiconductor Research
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- Journal
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- You have access: past subscription Access: Past Subscription
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MRS Internet Journal of Nitride Semiconductor Research (MIJ-NSR) launched in 1996 and was an online-only, peer-reviewed, archival journal devoted to group-III nitride semiconductors. The Materials Research Society launched MIJ-NSR with the goals of maintaining high editorial standards and rapid online publication while exploring and utilizing the extraordinary possibilities of Internet, including free access models. The Materials Research Society is committed to making the journal available without charge to readers in perpetuity.
Data-Centric Engineering
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- Journal
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- You have access: full Access: Full
- Open access
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Data-Centric Engineering (DCE) is a peer-reviewed open-access journal dedicated to the transformative impact of data science for research and practice across all areas of engineering. Articles explore the benefits of data science methods and models for improving the reliability, resilience, safety, efficiency and usability of engineered systems.
DCE welcomes original research, translational papers focused on downstream settings, tutorial reviews, position papers and surveys of this emerging field. It is free to access, and there are no financial barriers for authors to contribute.
Research Directions: Biotechnology Design
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- Journal
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- You have access: full Access: Full
- Open access
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Editor-in-Chief: Professor Martyn Dade-Robertson, Northumbria University | UK
Biotechnology Design is a question driven, cross-disciplinary, modular and iterative research field. Characteristics that are hampered by traditional publishing, as researchers want to explore speculative, not yet perfected models and use tools and collaborators from fields they may not be familiar with and may not traditionally work with. These researchers need a forum where biologists, engineers, AI experts and designers can come together and experiment to find the solutions that the 21st century requires -be that to find answers for food production, to build materials (for clothing, housing, everyday objects), to facilitate travel or to address health issues. Research Directions: Biotechnology Design is a fantastic opportunity to push the boundaries of research in the area to ensure smarter, more sophisticated solutions to intrinsically difficult research questions and challenges.
Programmable Materials
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- Journal
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- You have access: full Access: Full
- Open access
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Programmable Materials is the first journal dedicated to publishing original research, review articles and case studies describing the latest developments in programmable materials from both academia and industry. Programmable materials are next-generation materials with the ability to change their physical properties in a programmable fashion, based upon user input or autonomous sensing or subject to stimuli. This journal aims to showcase research of the highest quality, while forging and strengthening links between communities across materials science, computer science and electronic, chemical, mechanical and robotics engineering. Topics will include (but are not limited to), underlying molecular or mesoscopic architecture, mechanisms and programming elements, system implementation, and system design and integration.
APSIPA Transactions on Signal and Information Processing
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- Journal
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- You have access: full Access: Full
- Open access
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Asia-Pacific Signal and Information Processing Association (APSIPA) serves as an international forum for signal and information processing researchers across a broad spectrum of research, ranging from traditional modalities of signal processing to emerging areas where either (i) processing reaches higher semantic levels (e.g., from speech recognition to multimodal human behaviour recognition) or (ii) processing is meant to extract information from datasets that are not traditionally considered signals (e.g., mining of Internet or sensor information).
Cambridge University Press ceases publication of APSIPA Transactions on Signal and Information Processing on completion of Volume 10. From Volume 11 the Journal will be published by NOW Publishers. Please visit the new website at: https://www.nowpublishers.com/SIP
Research Directions: Bioelectronics
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- Journal
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- You have access: full Access: Full
- Open access
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Editor-in-Chief: Dr. Samit Chakrabarty, University of Leeds | UK
Research Directions: Bioelectronics strives to mimic the dynamic, flexible and adaptive capabilities of the biological system in making responsive sensors and devices; taking advantage of novel materials, designs, and fabrication strategies, predominantly for new and improved biomedical applications. Research Directions: Bioelectronics seeks to bring together experts and novices from multiple fields—from material scientists and chemists to artificial intelligence and battery engineers, while being informed by physiologists and clinicians—to progress Bioelectronics and Bioelectronic Medicine innovations. This community will foster open conversations among diverse groups of researchers, and involve the end-users to help determine the best path towards solutions that have real-life implications.
Wearable Technologies
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- Journal
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- You have access: full Access: Full
- Open access
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Wearable Technologies is the first journal dedicated to publishing original research, review articles and industrial developments related to wearable devices. Wearable technologies have a role in areas such as rehabilitation, industry, environment/exploration, injury prevention, military, diagnostics, animals, sport and leisure and this journal aims to connect research from all areas of wearable technologies. The focus of this journal is on the design, control and mechanics of wearable technologies. Topics include (but are not limited to), exoskeletons, exosuits, prosthetics, intelligent orthotics, soft wearable robotics, development of new wearable sensor technologies and wearable monitors, mechatronics, human-computer interaction, human in the loop optimization and physical human robot interactive controllers. Papers discussing the outcome of clinical trials are not suitable for this journal.
Microscopy Today
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- Journal
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- You have access: past subscription Access: Past Subscription
- Contains open access
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Microscopy Today (MTO) provides information of interest to microscopists working in all fields. Microscopy Today is a controlled-circulation trade magazine owned by the Microscopy Society of America (MSA) and published by Cambridge University Press. It is produced six times a year in the odd months, alternating with MSA's peer-reviewed scientific journal Microscopy and Microanalysis. Readers and authors come from the life and physical sciences. Editorial coverage spans all microscopy methods including development and applications in light microscopy, scanning probe microscopy, electron microscopy, ion-beam techniques, and a wide range of microanalytical methods.