End users can program trigger-action rules to personalize the joint behavior of their smart
devices and online services. Trigger-action programming is, however, a complex task for …

Trigger-action programming lets end-users automate and connect IoT devices and online
services through if-this-then-that rules. Early research demonstrated this paradigm's …

Trigger-action programming (TAP) is a programming model enabling users to connect
services and devices by writing if-then rules. As such systems are deployed in increasingly …

Trigger-action programming (if-this-then-that rules) empowers non-technical users to
automate services and smart devices. As a user's set of trigger-action programs evolves, the …

Trigger Action Programs (TAPs) are event-driven rules that allow users to automate smart-
devices and internet services. Users can write TAPs by specifying triggers and actions from …

End-user programming, particularly trigger-action programming (TAP), is a popular method
of letting users express their intent for how smart devices and cloud services interact …

Research has shown that trigger-action programming (TAP) is an intuitive way to automate
smart home IoT devices, but can also lead to undesirable behaviors. For instance, if two TAP …

End users need tools to enable them to control and personalise Internet of Things (IoT)
applications, which may involve hundreds of interconnected objects. Trigger-action …

Two common approaches for automating IoT smart spaces are having users write rules
using trigger-action programming (TAP) or training machine learning models based on …

End-user programming environments for the IoT such as IFTTT rely on a multitude of low-
level trigger-action rules that categorize devices and services by technology or brand …