The IEEE International Symposium on Field-Programmable Custom Computing Machines (FCCM) is the original and premier forum for presenting and discussing new research related to computing that exploits the unique features and capabilities of FPGAs and other reconfigurable hardware.

The FCCM 2022 will be a hybrid event. There will be a live face-to-face conference at NYC and a virtual program. Please refer to the FCCM website for details. At least one author will be required to register and attend the conference (in-person or virtually). Failure to present at the conference may result in the removal of the submission from IEEE Xplore.

Submissions are solicited on the following topics related to Field Programmable Custom Computing Machines (FCCMs) including, but not limited to:

Architectures

    Novel reconfigurable architectures, including overlay architectures
    Architectures for high performance and/or low power computing
    Security assessment and enhancements for reconfigurable computing
    Specialized memory systems including volatile, non-volatile, and hybrid memory subsystems
    Emerging technologies with in-field reconfiguration abilities
    Clusters, data centers, or large systems of reconfigurable devices
    Heterogeneous programmable architectures

Abstractions, Programming Models, and Tools

    Abstractions, programming models, interfaces, and runtimes, including virtualization
    New languages and design frameworks for spatial or heterogeneous applications
    High-level synthesis and designer productivity in general
    Software-Defined-systems (e.g. radio, networks, frameworks for new domains)
    Customizable soft processors systems

Reconfiguration

    Run-time management of reconfigurable hardware
    System resilience/fault tolerance for reconfigurable hardware
    Evolvable, adaptable, or autonomous reconfigurable computing systems
    Security assessment and enhancement of run-time reconfiguration

Applications

    Data center or cluster with reconfigurable applications
    New uses of run-time reconfiguration in applications-specific systems
    Applications that utilize reconfigurable technology for performance and efficiency, and particularly submissions that make comparisons with other highly parallel architectures such as GPUs or DSPs
    Novel use of state-of-the-art commercial FPGAs