In the last couple years, HiPC has added workshops to its technical program and along with a Student Research Symposium and academic Birds-of-a-Feather sessions, the conference makes room for a broad list of topics to be addressed by conference events including:
Algorithms:

• Design and Application of Parallel and Distributed Big Data and Analytics Algorithms
• Algorithmic Techniques to Improve Energy and Power Efficiency
• Quantum and Bio-Inspired Algorithms
• Resilient and Fault Tolerant Algorithms
• Parallel algorithms for Numerical Linear Algebra
• Concurrent Algorithms and Data Structures
• Load Balancing, Scheduling and Resource Management
• Large Scale Graph Analytics
• Streaming Algorithms

Architectures:

• Interconnection Networks and Architectures
• Cache/Memory Architecture for High Performance Computing
• High Performance/Scalable Storage Systems
• Power-Efficient and Reconfigurable Architectures
• Quantum and Bio-Inspired Architectures
• Software Support and Advanced Micro-architecture Techniques
• Resilient and Fault Tolerant Architectures

Applications:

• Big Data Computing and Applications
• Cross-Cutting Methods such as Co-Design of Parallel Algorithms, Software, and Architectures
• Emerging Applications such as Biotechnology, IoT, and Nanotechnology
• Hardware Acceleration for Parallel Applications
• Parallelism in Scientific Data Visualization and Visual Analytics
• Scientific/Engineering/Industrial Applications and Workloads
• Scalable Machine Learning and Data Mining Applications
• Scalable Graph and other Irregular Applications
• Design of Simulation Applications and Peta- and Exascale Applications

Systems Software:

• Big Data Analytics Systems and Software Architectures
• Compiler Technologies for High-Performance Computing
• Exascale Computing, Cloud Platforms, Data Center Architectures and Services
• Parallel Languages, Programming Environments, and Performance Assessment
• Operating Systems for Scalable High -Performance Computing
• Hybrid Parallel Programming with GPUs and Accelerators
• Dealing with Uncertainties, Resilient/Fault-Tolerant Systems