The current demands for seamless connections with the surrounding environment make
software more reactive. For example, such demands are evident in systems consisting of the …

The rising cost of data movement poses a significant challenge to future computing systems.
The call to arms for novel data-centric systems has spawned a wave of near-data computing …

In IoT (Internet of Things) applications, there are many kinds of event flows. Without
converging these flows based on their semantics, it is difficult to establish ultrascale …

There are context-dependent behaviors that are active only when a certain condition holds,
and that require a certain transition process before activation. We propose a layer-activation …

In Internet of Things (IoT) scenarios, the coordination of physical systems is often complex
and rigid. Work to date has not comprehensively explored how to flexibly construct …

Modern software development without reactive programming is hard to imagine. Reactive
programming favors a wide class of contemporary software systems that respond to user …

Computer systems are increasingly burdened by the rising cost of data movement. Moving
data across chip in a modern processor consumes orders-of-magnitude more energy than …

The tools and practices for software development have made substantial improvements over
the course of the past decades. The subsequent generations of languages, frameworks and …

This chapter will consider virtual machines (vms) in the sense of computer programs that act
on intermediate representations of computer code, serving as targets for source-code …

Modern web applications are interactive. Reactive programming languages and libraries are
the state-of-the-art approach for declara-tively specifying these interactive applications …