ArchiveWeb has been developed using an iterative evaluation-driven design-based research approach, with considerable user feedback at all stages. In this paper, we discuss how to best support collabo-rative construction and exploration of these collections through the ArchiveWeb. View full-textĬurated web archive collections contain fo-cused digital content which is collected by archiving organizations, groups and individuals to provide a representative sample covering specific topics and events to preserve them for future exploration and analysis. Nature Machine Learning will be able to contribute for flourishing AI research and industry, although personally I don’t like the expensive author-fee publications. Reviewers in Nature journals can read others reviews, which improves the quality of researchers through reviewing. Many researchers would like to be distinguished by publishing in the top journals. Nobody can stop advancing the technology including AI. Researchers would like to access to open-access journals that are free to read but authors must pay to publish in NML. It will be a good chance for computer scientists / engineers to publish in NML. In the last decade, Springer Nature has published few papers on computer science/engineering. research and industry although it is not “open access” but expensive author-fee publications, because Springer Nature is one of top journals in the world. Matthew Hutson wrote an article entitled “Boycott highlights AI’s publishing rebellion.” The boycott indicates a strong movement of “open access” and “against author-fee publications.” Launching a new journal called “Nature Machine Learning (NML)” from January 2019 means that Springer Nature is serious about AI research and the AI influences to our society. L-shaped slots in ground plane helps in RADAR applications. A further alteration in ground plane such as grooved ground plane can help minimize the surface waves.Īpplication/Improvements: Since T-shaped slots increases directivity so they are preferred in air-bore applications. Use of triangular slots in ground plane can help increase the bandwidthīy 45%. More than 160% of Bandwidth is attainable. UWB antenna designs due to less return loss and better bandwidth utilization. dielectric substrate FR4 is preferred in most of the Like increasing bandwidth, band notching at certain frequencies etc. Plane of UWB antenna’s in some cases is parabolic and some have T or L-shape slots to enhance antenna characteristics Rabbet structured patch can also be utilized for enhancing bandwidth. Methods/Statistical analysis: The patch of the UWB antenna is etched withĬircular rings to obtain wider bandwidth. Years in design of Ultra-Wideband Antenna. The main objective of this paper is to understand the different methodologies which have been adopted in the recent The review provides an overview of existing research, a summary of common research directions, and a summary of issues, which need to be considered in future research. Based on the review, future research directions are being proposed, addressing issues like use-cases user conditions universal accessibility safety privacy and security independence and autonomy evaluation methods and user training programs. These articles were further characterized in terms of problems addressed, objectives, types of special needs considered, features of the devices, features of solutions, and the evaluation methods applied. The search includes studies published between 20.Ī total of 871 articles were included in this review, 42 of which were eligible for the analysis. Web of Science (WoS), ACM Digital Library, IEEE Xplore, PubMed, and Scopus were searched and a supplemental by hand examination of reference lists was done. We used Preferred Reporting Items for Systematic Reviews and Meta-analyses (PRISMA) guidelines for a review. Still, no state-of-the-art literature review has been made of research on telerobots for people with disabilities. However, interface accessibility barriers have made them difficult to use for some people. These robots can increase the quality of life for people with special needs, who are, for instance, bed bound. Telerobots allow the user to move a camera and a microphone at a remote location in real time - often with a display of the user's face at the robot. Telepresence robots are increasingly used to support remote social interaction.
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