All Stories

  1. Inference performance of large language models on a 64-core RISC-V CPU with silicon-enabled vectors
  2. A comprehensive performance evaluation of TEEs for confidential DNA alignment
  3. Overcoming Dynamic I/O Boundaries: a Double-Sided Streaming Methodology with dispel4py and CAPIO
  4. Digital Twin for Datacenter: HPC4AI UniTO Case Study
  5. Performance Portability Assessment in Gaia
  6. A Formal Framework for Fault Tolerance in Hybrid Scientific Workflows
  7. Dynamic transparent streaming in file-based workflows with CAPIO
  8. A Fault Tolerance Mechanism for Hybrid Scientific Workflows
  9. Introducing SWIRL: An Intermediate Representation Language for Scientific Workflows
  10. Secure Generic Remote Workflow Execution with TEEs
  11. FedER: Federated Learning through Experience Replay and privacy-preserving data synthesis
  12. DALLMi: Domain Adaption for LLM-Based Multi-label Classifier
  13. Efficiently Distributed Federated Learning
  14. Distributed Edge Inference: an Experimental Study on Multiview Detection
  15. A Systematic Mapping Study of Italian Research on Workflows
  16. The MPI + CUDA Gaia AVU–GSR Parallel Solver Toward Next-generation Exascale Infrastructures
  17. Adaptive multi-tier intelligent data manager for Exascale
  18. A Federated Learning Benchmark for Drug-Target Interaction
  19. MiFL: Multi-Input Neural Networks in Federated Learning
  20. Hercules: Scalable and Network Portable In-Memory Ad-Hoc File System for Data-Centric and High-Performance Applications
  21. Model-Agnostic Federated Learning
  22. Distributed workflows with Jupyter
  23. Machine learning for cardiology
  24. Practical parallelization of scientific applications with OpenMP, OpenACC and MPI
  25. TwinLiverNet: Predicting TACE Treatment Outcome from CT scans for Hepatocellular Carcinoma using Deep Capsule Networks
  26. StreamFlow: Cross-Breeding Cloud With HPC
  27. TEXTAROSSA: Towards EXtreme scale Technologies and Accelerators for euROhpc hw/Sw Supercomputing Applications for exascale
  28. An explainable AI system for automated COVID-19 assessment and lesion categorization from CT-scans
  29. Hardware and Software Solutions for Energy-Efficient Computing in Scientific Programming
  30. The Italian research on HPC key technologies across EuroHPC
  31. Interpretable Deep Model For Predicting Gene-Addicted Non-Small-Cell Lung Cancer In Ct Scans
  32. Advantages of using graph databases to explore chromatin conformation capture experiments
  33. The CLAIRE COVID-19 initiative: approach, experiences and recommendations
  34. Machine learning-based prediction of adverse events following an acute coronary syndrome (PRAISE): a modelling study of pooled datasets
  35. Data stream processing in HPC systems: New frameworks and architectures for high-frequency streaming
  36. Enforcing Deadlines for Skeleton-based Parallel Programming
  37. Practical Parallelization of Scientific Applications
  38. Programming languages for data-Intensive HPC applications: A systematic mapping study
  39. NeoHiC: A Web Application for the Analysis of Hi-C Data
  40. Exploiting Docker containers over Grid computing for a comprehensive study of chromatin conformation in different cell types
  41. Challenging the abstraction penalty in parallel patterns libraries
  42. Accelerating Spectral Graph Analysis Through Wavefronts of Linear Algebra Operations
  43. Deep Learning at Scale
  44. Why High-Performance Modelling and Simulation for Big Data Applications Matters
  45. Languages for Big Data Analysis
  46. Power-aware pipelining with automatic concurrency control
  47. HPC4AI
  48. PiCo: High-performance data analytics pipelines in modern C++
  49. Scaling Dense Linear Algebra on Multicore and Beyond: A Survey
  50. Languages for Big Data analysis
  51. PiCo: A Novel Approach to Stream Data Analytics
  52. Scientific Workflows on Clouds with Heterogeneous and Preemptible Instances
  53. The RePhrase Extended Pattern Set for Data Intensive Parallel Computing
  54. Harnessing sliding-window execution semantics for parallel stream processing
  55. Guest Editorial for Programming Models and Algorithms for Data Analysis in HPC Systems
  56. OCCAM: a flexible, multi-purpose and extendable HPC cluster
  57. On dynamic memory allocation in sliding-window parallel patterns for streaming analytics
  58. Sponsors
  59. A Flexible Numerical Framework for Engineering—A Response Surface Modelling Application
  60. Preface
  61. Multiple back-end support for the armadillo linear algebra interface
  62. A Comparison of Big Data Frameworks on a Layered Dataflow Model
  63. The Genome Conformation As an Integrator of Multi-Omic Data: The Example of Damage Spreading in Cancer
  64. NuChart-II: The road to a fast and scalable tool for Hi-C data analysis
  65. Deep Learning for Automated Skeletal Bone Age Assessment in X-Ray Images
  66. A parallel pattern for iterative stencil + reduce
  67. PWHATSHAP: efficient haplotyping for future generation sequencing
  68. Message from ScalCom 2016 Program Chairs
  69. A Cluster-as-Accelerator Approach for SPMD-Free Data Parallelism
  70. RPL: A Domain-Specific Language for Designing and Implementing Parallel C++ Applications
  71. NuchaRt: Embedding High-Level Parallel Computing in R for Augmented Hi-C Data Analysis
  72. Message from the ScalCom 2015 Chairs
  73. The Loop-of-Stencil-Reduce Paradigm
  74. Pool Evolution: A Parallel Pattern for Evolutionary and Symbolic Computing
  75. Memory-Optimised Parallel Processing of Hi-C Data
  76. Parallel Exploration of the Nuclear Chromosome Conformation with NuChart-II
  77. Parallel visual data restoration on multi-GPGPUs using stencil-reduce pattern
  78. Integrating multi-omic features exploiting Chromosome Conformation Capture data
  79. High-Performance Haplotype Assembly
  80. NuChart-II: A Graph-Based Approach for Analysis and Interpretation of Hi-C Data
  81. Exercising High-Level Parallel Programming on Streams: A Systems Biology Use Case
  82. Preface from the Organizing Chairs
  83. Table of Contents
  84. On Designing Multicore-Aware Simulators for Systems Biology Endowed with OnLine Statistics
  85. Sequence Alignment Tools: One Parallel Pattern to Rule Them All?
  86. Design patterns percolating to parallel programming framework implementation
  87. Discovering biological knowledge by integrating high-throughput data and scientific literature on the cloud
  88. Decision tree building on multi‐core using FastFlow
  89. Parallel stochastic systems biology in the cloud
  90. Parallel Stochastic Simulators in System Biology: The Evolution of the Species
  91. Structured Data Access Annotations for Massively Parallel Computations
  92. Targeting Distributed Systems in FastFlow
  93. MuCoCoS 2012: 5th International Workshop on Multi-Core Computing Systems Focus: Performance Portability and Tuning
  94. A parallel edge preserving algorithm for salt and pepper image denoising
  95. TARGETING HETEROGENEOUS ARCHITECTURES VIA MACRO DATA FLOW
  96. Parallel Patterns + Macro Data Flow for Multi-core Programming
  97. An Efficient Unbounded Lock-Free Queue for Multi-core Systems
  98. On Designing Multicore-Aware Simulators for Biological Systems
  99. Accelerating Code on Multi-cores with FastFlow
  100. LIBERO: A Framework for Autonomic Management of Multiple Non-functional Concerns
  101. StochKit-FF: Efficient Systems Biology on Multicore Architectures
  102. Efficient Smith-Waterman on Multi-core with FastFlow
  103. Autonomic management of multiple non-functional concerns in behavioural skeletons
  104. Integrating Autonomic Grid Components and Process-Driven Business Applications
  105. Porting Decision Tree Algorithms to Multicore Using FastFlow
  106. Efficient streaming applications on multi-core with FastFlow: the biosequence alignment test-bed
  107. Skeletons for multi/many-core systems
  108. Autonomic management of non-functional concerns in distributed & parallel application programming
  109. Co-design of Distributed Systems Using Skeleton and Autonomic Management Abstractions
  110. Stkm on Sca: A Unified Framework with Components, Workflows and Algorithmic Skeletons
  111. Semi-formal Models to Support Program Development: Autonomic Management within Component Based Parallel and Distributed Programming
  112. Towards Hierarchical Management of Autonomic Components: A Case Study
  113. Securing skeletal systems with limited performance penalty: The muskel experience
  114. AUTOMATIC MAPPING OF ASSIST APPLICATIONS USING PROCESS ALGEBRA
  115. Behavioural Skeletons in GCM: Autonomic Management of Grid Components
  116. The VirtuaLinux Storage Abstraction Layer for Ef?cient Virtual Clustering
  117. Advances in Autonomic Components & Services
  118. Behavioural Skeletons for Component Autonomic Management on Grids
  119. From Orc Models To Distributed Grid Java Code
  120. Towards software component assembly language enhanced with workflows and skeletons
  121. Towards A Formal Semantics For Autonomic Components
  122. Skeleton-based parallel programming: Functional and parallel semantics in a single shot
  123. The cost of security in skeletal systems
  124. Adding metadata to Orc to support reasoning about grid programs
  125. Management in Distributed Systems: A Semi-formal Approach
  126. Algorithmic skeletons meeting grids
  127. Autonomic QoS in ASSIST grid-aware components
  128. Optimization techniques for skeletons on grids
  129. Dynamic Reconfiguration of Grid-Aware Applications in ASSIST
  130. A framework for experimenting with structured parallel programming environment design
  131. An operational semantics for skeletons
  132. : EXPERIMENTING WITH SKELETONS IN THE SHARED ADDRESS MODEL
  133. An advanced environment supporting structured parallel programming in Java
  134. Adaptable Parallel Components for Grid Programming
  135. An Abstract Schema Modeling Adaptivity Management
  136. Skeleton Parallel Programming and Parallel Objects
  137. Towards the Automatic Mapping of Assist Applications for the Grid
  138. ASSIST As a Research Framework for High-Performance Grid Programming Environments
  139. Structured Implementation of Component-Based Grid Programming Environments
  140. Components for High-Performance Grid Programming in Grid.IT