1. ASIACRYPT 2017
全文截稿：2017-05-19
名称：Annual International Conference on the Theory and Application of Cryptology and Information Security
领域：信息与通信安全
CCF分类：B类
难度：★★★★
地点：Hong Kong, China
网址：http://asiacrypt.iacr.org/2017/
Asiacrypt 2017, the 23rd Annual International Conference on the Theory and Applications of Cryptology and Information Security, will take place at The University of Hong Kong in Hong Kong, China on December 3-7 2017. The conference is organized by the International Association for Cryptologic Research (IACR). Original research papers on all technical aspects of cryptology are solicited for submission.
全文截稿：2017-06-02
名称：International Conference on Algorithmic Learning Theory
领域：机器学习
CCF分类：C类
难度：★★★
地点：Kyoto, Japan
网址：http://www.comp.nus.edu.sg/~fstephan/alt/alt2017/sub.html
The 28th International Conference on Algorithmic Learning Theory (ALT 2017) will be held in Kyoto, Japan, on October 15-17, 2017. The conference is dedicated to the theoretical foundations of machine learning. The conference will be co-located with the 20th International Conference on Discovery Science (DS 2017).
Topics of Interest: We invite submissions with theoretical and algorithmic contributions to new or already existing learning problems including but not limited to:
1.Comparison of the strength of learning models and the design and evaluation of novel algorithms for learning problems in established learning-theoretic settings such as
-Statistical learning theory
-Supervised learning and regression
-Statistical learning theory
-On-line learning
-Inductive inference
-Query models
-Unsupervised learning
-Clustering
-Semi-supervised and active learning
-Stochastic optimization
-High dimensional and non-parametric inference
-Exploration-exploitation tradeoff, bandit theory
-Reinforcement learning, planning, control
-Learning with additional constraints, e.g., communication, time or memory budget, or privacy
2.Analysis of the theoretical properties of existing algorithms such as
-Boosting
-Kernel-based methods, SVM
-Bayesian methods
-Graph- and/or manifold-based methods
-Methods for latent-variable estimation and/or clustering
-Decision tree methods
-Information-based methods, MDL
-Neural networks
3.Definition and analysis of new learning models. Models might identify and formalize classes of learning problems inadequately addressed by existing theory or capture salient properties of important concrete applications.
4.We are also interested in papers that include viewpoints that are new to the ALT community. We welcome experimental and algorithmic papers provided they are relevant to the focus of the conference by elucidating theoretical results, or by pointing out interesting and not well understood behavior that could stimulate theoretical analysis.
摘要截稿：2017-06-13
全文截稿：2017-06-16
名称：Asian Symposium on Programming Languages and Systems
领域：程序设计
CCF分类：C类
难度：★★★
地点：Suzhou, China
网址：http://staff.ustc.edu.cn/~xyfeng/APLAS17/
APLAS aims to stimulate programming language research by providing a forum for the presentation of latest results and the exchange of ideas in programming languages and systems. APLAS is based in Asia, but is an international forum that serves the worldwide programming language community.
The symposium is devoted to foundational and practical issues in programming languages and systems. Papers are solicited on topics such as:
-semantics, logics, foundational theory
-design of languages, type systems and foundational calculi
-domain-specific languages
-compilers, interpreters, abstract machines
-program derivation, synthesis and transformation
-program analysis, verification, model-checking
-logic, constraint, probabilistic and quantum programming
-software security
-concurrency and parallelism
-tools and environments for programming and implementation
Topics are not limited to those discussed in previous symposiums. Papers identifying future directions of programming and those addressing the rapid changes of the underlying computing platforms are especially welcome. Demonstration of systems and tools in the scope of APLAS are welcome to the System and Tool presentations category. Authors concerned about the appropriateness of a topic are welcome to consult with program chair prior to submission.
摘要截稿：2017-06-23
全文截稿：2017-07-01
名称：ACM Conference on Supporting Group Work
领域：普适计算
CCF分类：B类
难度：★★★★
地点：FLORIDA, USA
网址：http://group.acm.org/conferences/group18/
For over 25 years, the ACM International Conference on Supporting Group Work (GROUP) has been a premier venue for research on Computer Supported Cooperative Work, Human Computer Interaction, Computer Supported Collaborative Learning and Socio-Technical Studies. The conference integrates work in social science, computer science, engineering, design, values, and other diverse topics related to group work, broadly conceptualized. Group 2018 continues the tradition of being truly international and interdisciplinary in both organizational structure as well as participants.
Topics:
-Theoretical and/or conceptual contributions about key concepts relevant to CSCW and
HCI, including critique.
-Social, behavioral, and computational studies of collaboration and communication.
-Technical architectures supporting collaboration.
-New tool/toolkits for collaborative technologies.
-Ethnographic studies of collaborative practices.
-Coordination and workflow technology.
-Social computing and contexts of collaboration.
-Online communities, including issues of privacy, identity, trust, and participation.
-Cooperative knowledge management.
-Organizational issues of technology design, use, or adaptation.
-Strategies for use of technology in business, government, and newer forms of
organizations.
-Emerging technologies and their design, use, or appropriation in work, home, leisure, entertainment, or education.
-Learning at the workplace (CSCL at work, Technology-Enhanced Learning, TEL).
-Co-located and geographically-distributed teams, global collaboration.
-Cultural and cross-cultural collaboration and communication.
-Mobile and wearable technologies in collaboration.
-Innovative forms of human computer interaction for cooperative technologies.
摘要截稿：2017-07-05
全文截稿：2017-07-12
名称：International Conference on Cooperative Information Systems
领域：普适计算
难度：★★★
地点：Rhodes, Greece
网址：http://www.otmconferences.org/index.php/conferences/coopis17
In recent years, several innovative technologies have emerged: Cloud Computing, Service Oriented Computing, Internet of Things, Linked Open Data, mash-ups, Semantic Systems, Collective Awareness Platforms, Processes as a Service, etc. New technologies have fuelled the need for new forms of large-scale social computing, an even tighter integration of data and knowledge with large-scale collaboration platforms, by crowd-sourcing and community-centric cooperation. The notion of business processes and workflows has evolved from prescriptive approaches to agile, adaptive and goal-driven solutions. Emerging collaboration platforms are introducing flexibility, transparency, dynamic re-planning as key features, supported by new ways of monitoring and managing KPIs, analyzing environmental information, e.g., adopting complex event processing techniques. Building next generation CISs requires technical breakthroughs in terms of dynamic, reliable and secure collaborative information technologies to overcome the tough challenges that traditional approaches fail to face. Several challenges are put in front of us, from the revival of the socio-economic system to reforms of citizens’ engagement in the public institutions, from participatory Open Innovation in modern enterprises to social cohesion and democratic models in a renovated public administration. All such challenges require a deep rethinking of CIS that provide the fundamental technological backbone for addressing specific application domains, such as e-Business, e-Commerce, e-Government, e-Health, and e-Sciences.
The CoopIS conference series have established themselves as major international forums for exchanging ideas and results from scientific research and practical experiences in the fields mentioned above.
Topics that are addressed by CoopIS 17 are logically grouped in four broad thematic areas, and include but are not limited to:
-Applications from emerging areas of CIS
-Methods and principles for the engineering of CIS
-Architectures and Middleware for CIS
-User-centric cooperation methods, tools, and platforms
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