HPC Rankings:
TOP500 Supercomputer Sites November 2012
The Green500 List November 2012 Green500 turns blue
The Graph 500 List November 2012
Top problems with the TOP500 Council on Competitiveness defends TOP500 usefulness
TOP500: the missing puzzle pieces
HPC Lists we'd like to see Too big to FLOP?
A conversation with ISC Fellow Jack Dongarra
Towards Exascale:
DOE primes pump for exascale supercomputers DOE commissions extreme computing study
Exascale computing - the view from Argonne Argonne's Peter Beckman on the Race to Exascale
Number Crunching, Data Crunching and Energy Efficiency: the HPC Hat Trick
Revisiting Supercomputer Architectures End-users need to design exascale computers
Trends in High-Performance Computing Future challenges within HPC Facing the future
Supercomputers Let Up on Speed A New Generation of Smarter, Not Faster, Supercomputers
IEEE members on suoercomputing predictions, challenges
HPC: A Key Technology for Europe How Cool are Supercomputers? Petaflop in a box
Working towards higher performance Taking a Disruptive Approach to Exascale Meet the exascale apps
An HPC programming model for the exascale age Compilers and More: Programming at Exascale
HPC programming in the age of multicore: one man's view
MPI milestone achieved on the path to exascale
Exascale Computing On the Road to Exascale The Bumpy Road to Exascale
IEEE Conference Keynoters Lay Out Path to Exascale Computing
Exascale: Power Is Not the Problem! Powering Up Exascale
European Project Will Design Energy-Efficient Exascale Machine
UCLA engineers develop new energy-efficient computer memory using magnetic materials
Exascale Research: Preparing for the Post-Moore Era
The International Exascale Software Project Roadmap China Flexes High-Tech Muscles
Top scientist urges 'ambitious' U.S. exascale supercomputer plan
Leap to the extreme scale could break science boundaries
Will we ever reach Zettaflops?
Hybrid Computing (CPUs/GPUs):
A blending of strengths The rise of GPU compute
Redefining the role of the CPU in the era of CPU-GPU integration
Massively multithreaded computer systems OpenCL: free your GPU ... and the rest of your system too!
NCSA Director: GPU is the future of supercomputing The GPU Computing Era
GPUs versus CPUs: Apples and Oranges? Top 10 Objections to GPU Computing Reconsidered
Supercomputing with Tesla GPUs Cray Unveils Its First GPU Supercomputer
From Multithreaded Programming to GPU Computing The heterogenous programming jungle
Performance Analysis of a Hybrid MPI/CUDA Implementation of the NAS-LU Benchmark
Accelerating Computational Science Symposium 2012
Overcoming hurdles to parallelisation GPUs and the future of Parallel Computing
NVIDIA Eyes Post-CUDA Era of GPU Computing NVIDIA Opens Up CUDA Compiler
NVidia unveils 1.3 teraflop GPU for supercomputing
Intel will ship Knights Corner chip in 2012 Intel fires the next salvo in supercomputer battle
Intel brings manycore X86 to market with Knights Corner
AMD announces FLOP-Monster GPU card
OpenCL gains ground on CUDA A Tale of Two GPU Computing Models Computer games help HPC
HPC debugging redefined
Ten Ways to Fool the Masses When Giving Performance Results on GPUs
Engineers Boost Computer Processor Performance By Over 20 Percent
NVidia pokes holes in Intel's Manycore story
AMD: The Integration Revolution
Commodity memory for a high performance world
Multicore:
Adapteva unveills 64-core chip
HP scientists envision 10-teraflop many-core chip
We need more than Multi-core Chip simulation for the 1000-core era
Multicore Is Bad News For Supercomputers
ARM Processors Set to Challenge x86 On Its Own Turf
ARM Discloses Technical Details of 64-bit Architecture
Arm Yourselves for Exascale, Part 1 Arm yourselves for Exascale, Part 2
A new breed of heterogenous computing
NVIDIA Tegra Processors Blaze the Way for ARM in Supercomputing
Attack of the Killer Micros Redux
Remapping Computer Circuitry to Avert Impending Bottlenecks
Studying the Impact of Hardware Prefetching and Bandwidth Partitioning in Chip-Multiprocessors
Computing Models for FPGA-Accelerators
Moving Scientific Codes to MultiCore Microprocessor CPUs Core Scalability in Volume Rendering
Playing with NAG’s Library for SMP & multicore (Or parallel programming made easy)p
Retrofitting programming languages in a parallel world
IOLanes: Advancing the Scalability and Performance of I/O Subsystems in Multicore Platforms
IBM Specs Out Blue Gene/Q Chip Processor Whispers: About 16 and 17-core processors
Intel Scales Up Cores and Memory with New Westmere EX CPUs
Intel Adds New Dimension to Transistor Making
Intel Xeon E5 Debuts on TOP500; First Intel MIC Co-processor Hits 1 Teraflop
Adapteva Builds Manycore Processor That Will Deliver 70 Gigaflops/Watt
Tilera Releases 16-Core and 36-Core Processors for 64-bit Computing
Cluster Numbers: An Automated Benchmarking Tool for HPC Clusters
China Preps Godson Chip for Supercomputing Duty China mulls national CPU architecture spec
China could become supercomputing partner China's Dark Horse Supercomputing Chip: FeiTeng
Homemade CPUs on the way for local supercomputers
Designer of Microprocessor-Memory Chip Aims to Topple Memory and Power Walls