The 2nd USENIX Workshop on Hot Topics in Edge Computing, Renton, Vereinigte Staaten

Overview<br>The goal of HotEdge is to bring together researchers and practitioners from academia and industry working on edge computing to share their ideas, discuss research/work in progress, and identify new/emerging "hot" trends in this important emerging area&#046; The demand for of low&#8211;latency offloading infrastructure for upcoming applications (such as augmented reality, wearable cognitive assistance, sensor data processing) and the emergence of Internet of Things (IoT) are pushing computing again towards disaggregation&#046; There are many challenges in design, implementation, and deployment of different aspects of edge computing: infrastructure, networking, security, applications, etc&#046; HotEdge would like to foster discussions in these areas&#046;<br>The HotEdge &#8242;19 program committee is placing a strong emphasis on soliciting early&#8211;stage ideas&#046; This workshop is specifically designed for novel ideas to get early feedback&#046; Submissions will be judged on their novelty, topical relevance, and likelihood of generating discussions and debate&#046; A good way to think about this is that if you are only a few months away from submitting to SEC, ICDCS, InfoCom, NSDI, OSDI or SOSP, etc&#046;, you are probably already past the sweet spot for HotEdge&#046; To promote research in practical use case, we plan to dedicate a part of the program to submissions relating to novel applications of edge computing&#046;<br>Topics of Interest<br>HotEdge &#8242;19 welcomes innovative submissions in the broad areas of infrastructure, applications, security, availability, and interoperability in edge computing&#046; Specific areas are below but are not exhaustive&#046;<br>Edge&#8211;enabled applications<br>Edge computing infrastructure and applications<br>Edge&#8211;optimized heterogeneous architectures<br>Edge&#8211;based analytics (including machine learning)<br>Edge&#8211;based storage systems and databases<br>Security and privacy in edge computing<br>Interoperability between edge and cloud computing<br>Fault&#8211;tolerance using edge computing<br>Programming models for edge computing<br>Quality of Service in edge computing<br>