82 results on '"Rob Van Nieuwpoort"'
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2. A methodology for comparing optimization algorithms for auto-tuning.
3. FAIRSECO: An Extensible Framework for Impact Measurement of Research Software.
4. FAIRSECO: An Extensible Framework for Impact Measurement of Research Software.
5. RSMM: A Framework to Assess Maturity of Research Software Project.
6. The ROAD to discovery: machine learning-driven anomaly detection in radio astronomy spectrograms.
7. Bayesian Optimization for auto-tuning GPU kernels.
8. The Landscape of Exascale Research: A Data-Driven Literature Analysis.
9. eScience development and experiences in The Netherlands.
10. Rocket: Efficient and Scalable All-Pairs Computations on Heterogeneous Platforms.
11. A Tool for Bottleneck Analysis and Performance Prediction for GPU-Accelerated Applications.
12. Engineering Academic Software (Dagstuhl Perspectives Workshop 16252).
13. Cashmere: Heterogeneous Many-Core Computing.
14. Finding Pulsars in Real-Time.
15. A Medium-Scale Distributed System for Computer Science Research: Infrastructure for the Long Term.
16. Using modular 3D digital earth applications based on point clouds for the study of complex sites.
17. The landscape of GPGPU performance modeling tools.
18. Auto-Tuning Dedispersion for Many-Core Accelerators.
19. Optimizing a Calibration Software for Radio Astronomy.
20. An Empirical Evaluation of GPGPU Performance Models.
21. Radio Astronomy Beam Forming on Many-Core Architectures.
22. Defining the roles of research software
23. Towards an Effective Unified Programming Model for Many-Cores.
24. Automatically Inserting Synchronization Statements in Divide-and-Conquer Programs.
25. The LOFAR correlator: implementation and performance analysis.
26. Stepwise-refinement for performance: a methodology for many-core programming.
27. Ibis: Real-world problem solving using real-world grids.
28. Evaluating multi-core platforms for HPC data-intensive kernels.
29. Using many-core hardware to correlate radio astronomy signals.
30. Radioastronomy Image Synthesis on the Cell/B.E..
31. ARRG: real-world gossiping.
32. What does Research Software look like?
33. Developing Java Grid Applications with Ibis.
34. MPJ/Ibis: A Flexible and Efficient Message Passing Platform for Java.
35. Poster Abstracts eScience 2018 Conference.
36. Ibis: an efficient Java-based grid programming environment.
37. Efficient load balancing for wide-area divide-and-conquer applications.
38. Generating synchronization statements in divide-and-conquer programs.
39. Satin: Efficient Parallel Divide-and-Conquer in Java.
40. Correlating Radio Astronomy Signals with Many-Core Hardware.
41. JEL: unified resource tracking for parallel and distributed applications.
42. Zorilla: a peer-to-peer middleware for real-world distributed systems.
43. Satin: A high-level and efficient grid programming model.
44. Real-World Distributed Computer with Ibis.
45. Building Correlators with Many-Core Hardware.
46. An Efficient Implementation of Java's Remote Method Invocation.
47. Wire-Area Parallel Computing in Java.
48. Building high-resolution sky images using the Cell/B.E.
49. Auto-Tuning Dedispersion for Many-Core Accelerators.
50. Fault-Tolerant Scheduling of Fine-Grained Tasks in Grid Environments.
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