Fault-tolerant remote execution operators for the Reactive Extensions library

The continuous shift of various industries towards internet-based services have caused an exponential growth in the amount of data produced over the past few years. On top of this, the increasing need for real-time analytics and the increase in data velocity have made asynchronous, event-driven applications the norm. In this context, the...

Debugging Data Flows in Reactive Programs

Reactive Programming is a style of programming that provides developers with a set of abstractions that facilitate event handling and stream processing. Traditional debug tools lack support for Reactive Programming, leading developers to fallback to the most rudimentary debug tool available: logging to the console. In this paper, we present the...

Debugging Data-Flows in Reactive Programs

Reactive Programming is a way of programming designed to provide developers with the right abstractions for creating systems that use streams of data. Traditional debug tools lack support for the abstractions provided, causing developers to fallback to the most rudimentary debug tool available: printf-debugging. In this work, we design a...

Solving the Overproduction Problem in Reactive Programming using Feedback Control

In an interactive program the consumer requests data from the producer and therefore has control over the speed at which data is consumed. This is opposite to a reactive program, where the producer emits data to the consumer at its own pace. This forms a problem if the producer emits more data than the consumer can deal with. Solving this ...

Data streams in spreadsheets with reactive extensions

The amount of collected data increases exponentially and this exponential growth comes with a demand to analyze big volumes of data and to process the data fast and in real time. Business analysts have the expertise in the domain of the desired stream processing applications, but often lack the technical skills to create these kind of...

Declaratively Programming the Mobile Web with Mobl

A new generation of mobile touch devices, such as the iPhone, Android and iPad, are equipped with powerful, modern browsers. However, regular websites are not optimized for the specific features and constraints of these devices, such as limited screen estate, unreliable Internet access, touch-based interaction patterns, and features such as GPS....