Purely functional programs should run well on parallel hardware because of the absence of
side effects, but it has proved hard to realise this potential in practice. Plenty of papers …

If you want to program a parallel computer, a purely functional language like Haskell is a
promising starting point. Since the language is pure, it is by-default safe for parallel …

Many modern programming languages are shifting toward a functional style for collection
interfaces such as sets, maps, and sequences. Functional interfaces offer many advantages …

Programs written using a deterministic-by-construction model of parallel computation are
guaranteed to always produce the same observable results, offering programmers freedom …

The increasing availability of commodity multicore processors is making parallel computing
ever more widespread. In order to exploit its potential, programmers need languages that …

In a parallel, shared-memory, language with a garbage collected heap, it is desirable for
each processor to perform minor garbage collections independently. Although obvious, it is …

Many circuit simulators use either a Schrodinger-based or Feynman-based approach, which
have complementary strengths. Schrödinger-based simulators maintain a state vector by …

We present the first language design to uniformly express variants of n-way joins over
asynchronous event streams from different domains, eg, stream-relational algebra, event …

A classic problem in parallel computing is to take a high-level parallel program written, for
example, in nested-parallel style with fork-join constructs and run it efficiently on a real …

Motivated by the increasing shift to multicore computers, recent work has developed
language support for responsive parallel applications that mix compute-intensive tasks with …