  The increased difficulty in continuing to develop digital electronic logic
has led to a renewal of interest in alternative approaches. In this work, we
provide a model based on hyperdimensional computing for integrating oscillatory
devices into larger computational systems. The expressiveness and
compositionality of the underlying computing model allows oscillatory systems
to implement both common tasks and novel functions, providing a computational
role for many classes of emerging hardware devices. Furthermore, we detail the
computational primitives of this system, prove how they can be executed via
oscillatory systems, quantify the performance of these operations, and apply
them to execute a graph compression task.
