CIFS 2021 : 3rd International Workshop on Cloud, IoT and Fog Systems
Call For Papers
Sensor-based computing scenarios are on the rise. Smart cities install wide arrays of pollution, noise, temperature and traffic counting sensors. Machine equipment self-monitors to predict degradations. Monitoring by drones and satellites is becoming more affordable. There is a lack of systematic computing concepts, combining privacy and security requirements with essential performance and latency. For instance, raw video streams from dashcams must not be sent to the cloud for privacy reasons but can not always be fully processed with vehicle on-board units.
The CIFS workshop gathers researchers and innovators around the challenges of building and operating complex computing topologies and associated cloud architectures around the Internet of Things and Cyber-Physical Systems, bridging the digital world with our environment. It calls for research and experience reports, from the algorithm level to completed production systems, in order to advance the knowledge resulting from progress in overcoming the challenges. CIFS also welcomes data-centric studies, simulations, testbeds and similar helpful software solutions.
This year, CIFS particularly welcomes contributions on smart distributed systems resulting from the conscious processing and storage of information at suitable locations across the underlying infrastructures and platforms. These systems gain and exploit knowledge dynamically, for instance, to foresee and capacity bottlenecks and leverage alternative plans. This enables new applications, including liquid software with high dependability, gracefully overcoming the brittleness of many current IoT applications.
Topics of Interest
We solicit research papers (up to 6p) and technical industry reports (typically 3-6p) on the following topics:
IoT-fog-cloud pipelines, architectures and continuums in various domains, from industrial deployments to smart cities
Smartness, adaptivity, fluidity and dynamicity for processing sensed data
Computing paradigms: multi-cloud, fog, serverless, osmotic, continuum computing
Applications in digitalised health care, ecology, agriculture, urban planning and other fields
Secure cloud/fog computing concepts (homomorphic encryption, enclaves, hardware security modules, stealth computing, coded computing among others)
Long-term distributed data storage security and proof-of-ownership/provision/retrievability
End-to-end reliability and security concepts across IoT-fog-cloud continuums
Physical and digital security of IoT deployments, smart meters and other end devices
Privacy, scalability and economics considerations as well as trade-offs
Cross-border, cross-provider and cross-stack security issues
Human factors: simplicity and controllability of complex CPS and CPSoS
Submitted papers should contain results or reports not already published or submitted elsewhere, in ACM format. All papers will be peer-reviewed by at least three programme committee members. The evaluation will be based on originality, relevance of the problem to the workshop topics, technical strength, quality of results, and clarity of the presentation. The publication of the workshop proceeding with all accepted papers will be by the ACM and will appear in the same or companion volume as the UCC 2021 and BDCAT 2021 conferences. At least one author of each accepted submission must register in full and attend the workshop to present and all workshop participants must pay the ACM conference or workshop registration fee.
Note: Whether you use the ACM LaTeX or Word templates, please make sure to submit in double-column format up to 6 pages including references.
Submission September 30, 2021
Notification October 1, 2021
Camera-ready & registration October 31, 2021
All deadlines are indicated as AOE - Anywhere On Earth.
Technical Programme Committee
Joel Coffman, JHU, USA
Lorenzo DeCarli, WPI, USA
Nicola Dragoni, DTU, Denmark
Mozhdeh Farhadi, U-Hopper
Nicola J. Ferrier, ANL, USA
Jens Jensen, STFC, UK
George Kousiouris, HUA, Greece
Daniel Macedobatista, USP, Brazil
Natalia Miloslavskaya, MEPHI, Russia
Andrii Shalaginov, NTNU, Norway
Panagiotis Gkikopoulos, Zurich University of Applied Sciences, Switzerland
Massimo Villari, University of Messina, Italy
Piyush Harsh, Terraview