【今日新增】春季截稿的期刊专刊信息7条

Call4Papers · 公众号 · 科研 · 2017-03-31 12:19

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An important additional motivation for this special issue is to promote the incorporation of new methodological proposals that currently show great promise, such as 'Machine Learning', 'Big Data' 'Deep Learning' or 'Digital Image Processing'. We also intend to extend the traditional areas of application of Pattern Recognition to new and interesting research where theoreticians and practitioners from academic fields and industries worldwide are currently interested, such as: Neuroscience, Healthcare, Robotics, Agriculture, Smart Cities, etc. In these fields, new Multimodal Interaction technologies based on Machine Learning, Pattern Recognition and Computer Vision that formed the backbone of next generation technologies, are starring to play a central role for the development of new generation of truly user-friendly systems.

Recommended topics include (but are not limited to) the following:

- Multimodal data fusion

- Mathematical modelling for multimodal data

- Multimodal for signal processing

- Multimodal micro facial Expression

- Multimodal for Computer Imagery

- Multimodal social media data

- Multimodal retrieval systems

- Multimodal Big data Analytics

- Novel dataset and benchmark for Multimodal data

- Data mining and knowledge discovery and data visualization

- Deep learning, supervised learning and un-supervised learning

3. International Journal of Information Security and Privacy

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全文截稿：2017-05-05

期刊：International Journal of Information Security and Privacy

专刊：Special Issue On: Security Challenges in Internet of Things (IoT)

领域：网络与信息安全

难度：★★★

CCF分类：C类

影响因子：暂无

网址：http://www.igi-global.com/journal/international-journal-information-security-privacy/1096

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The Internet of Things (IoT) introduces a vision of a future Internet where users, computing systems and everyday objects possessing sensing and actuating capabilities cooperate with unprecedented convenience and economic benefits. As with the current Internet architecture, IP-based communication protocols will play a key role in enabling the ubiquitous connectivity of devices in the context of IoT applications. Such communication technologies are being developed in line with the constraints of the sensing platforms likely to be employed by IoT applications, forming a communications stack able to provide the required power-efficiency, reliability and Internet connectivity. As security will be a fundamental enabling factor of most IoT applications, mechanisms must also be designed to protect communications enabled by such technologies.