Machine learning has seen wild success in solving problems from various domains, ranging from classical examples such as computer vision, natural language processing, voice recognition, to recent adventures such as self-driving cars and strategic game playing (Go).
We believe machine learning has strong potential in solving problems in computer networks. Networks are becoming more and more complicated with the growing demand for cloud computing and big data. A production network usually involves a multitude of devices, runs a multitude of protocols, and supports a multitude of applications. Traditional approaches of designing, deploying, and managing protocols face significant challenges in these complex networks. Machine learning represents a different and potentially rewarding approach to solving these challenges: its data-driven nature allows it to intelligently learn the complicated network environment and dynamically adjust protocols, with little manual effort.
Research on machine learning in networks is still at an early stage. There is in general a lack of venue dedicated for discussion, promotion, and dissemination of research on machine learning in computer networks. NetworkML aims to bring together researchers and practitioners in computer networks, systems, and machine learning to engage in a lively debate on the theory and practice of using machine learning in computer networking research.
We look for submissions of previously unpublished work on topics including, but not limited to, the following:
Protocol design and optimization using machine learning
Resource allocation for shared/virtualized networks using machine learning
Fault-tolerant network protocols using machine learning
Machine learning aided network management
Experiences and best-practices using machine learning in operational networks
Security, performance, and monitoring applications using machine learning
Implications and challenges brought by computer networks to machine learning theory and algorithms
Data-driven network architecture design
Application-driven network architecture design
Data analytics for network information mining
Deep learning and reinforcement learning in network control
Learning-based network optimization
11月08日
2016
11月11日
2016
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