Related by context. All words. (Click for frequent words.) 69 computational methods 68 supercomputing 67 bioinformatics 67 computationally intensive 67 Computational 66 computational biology 66 computational chemistry 65 computational algorithms 64 supercomputers 63 protein folding 62 computing 62 compute intensive 62 computationally 61 terascale 61 computationally intense 61 parallelized 61 reconfigurable computing 61 petascale 61 supercomputer 61 massively parallel computing 61 mathematical modeling 60 cyberinfrastructure 60 computational simulations 60 partial differential equations 60 grid computing 59 computationally demanding 59 Amorfix utilizes 59 molecular dynamics 59 Petascale 59 exascale 59 combinatorial 58 petascale computing 58 terascale computing 58 FDTD 58 parallelizing 58 quantum computation 58 computational fluid dynamics 58 parallelize 58 Computational biology 58 computational sciences 58 massively parallel processing 58 protein ligand interactions 58 exascale computing 58 mathematical 57 CU CCMS 57 quantum computers 57 massively parallel 57 optimization algorithms 57 neuromorphic 57 evolutionary computation 57 Grid computing 57 parallelization 57 Shor algorithm 57 peta scale 57 genomic proteomic 56 silico 56 NVIDIA Tesla GPUs 56 multiscale 56 computational neuroscience 56 computational geometry 56 biomolecular 56 CFD simulations 56 proteomics 56 Altix 56 nanoscale fabrication 56 computational biologists 56 numerical algorithms 56 Zymeworks 56 NCBI BLAST 56 transcriptomics 55 bioinformatic 55 SGI RASC Appliance 55 metagenomics 55 comparative genomics 55 Cray XD1 55 computations 55 GPU computing 55 computational modeling 55 linear collider 55 Tesla GPUs 55 biocomputing 55 ion traps 55 multithreaded applications 55 multicore computing 55 HPC cluster 55 QPACE 55 computational fluid dynamics CFD 55 ontologies 55 artificial intelligence 55 chemoinformatics 55 ray tracing 55 numerical simulation 55 algorithms 54 bioinformatic tools 54 multicore CPUs 54 compute 54 massively parallel architecture 54 reconfigurable hardware 54 E sciencE 54 ALCF 54 highly parallelized 54 proteomics genomics 54 Cluster Computing 54 JUGENE 54 genomics 54 silico modeling 54 computational complexity 54 computation 54 NERSC 54 genome annotation 54 genomic sequencing 54 LHC experiments 54 computational horsepower 54 OptIPuter 54 metabolomics 54 neuroinformatics 54 Nanotechnology Innovations 54 bioinformatics algorithms 54 nanosystems 54 quantum computing 54 Terascale 54 vector supercomputers 54 computational biologist 53 Bioinformatics 53 SURAgrid 53 functional genomics 53 teraflop 53 nanofabrication 53 metagenomic 53 SGI Altix ICE 53 simulated annealing 53 linear algebra 53 finite element 53 proteomic 53 coprocessing 53 TeraGrid 53 Pleiades supercomputer 53 quantum chromodynamics 53 NVIDIA CUDA architecture 53 biophysical 53 MatLab 53 FDTD Solutions 53 Nanotechnology Innovations CCNI 53 HPC clusters 53 exaflop 53 ORNL Jaguar 53 multiprocessor 53 gene sequencing 53 Mathematical modeling 53 massively parallel processor 53 GPU compute 53 computational biophysics 53 GPUs 53 Hadoop MapReduce 53 Petaflop 53 Parallel Computing Toolbox 53 compute intensive applications 53 IBM BlueGene supercomputer 53 Bayesian statistical 53 compute intensive tasks 53 multicore 53 multithreaded 53 microdevices 53 GPGPUs 53 linear equations 53 Param Padma 53 FutureGrid 53 FPGA Supercomputing 53 San Diego Supercomputer 52 Bayesian inference 52 bioinformaticians 52 supercomputing cluster 52 multicore processors 52 microbial genomics 52 tera scale 52 MapReduce 52 Numerate 52 Cray XT4 supercomputer 52 computationally intensive tasks 52 numerical simulations 52 BlueGene P 52 multiprocessor systems 52 optogenetic 52 Computational Fluid Dynamics CFD 52 evolvable 52 glycomics 52 MathWorks MATLAB 52 fluid dynamics 52 finite element method 52 molecular 52 phenotyping 52 eScience 52 Cray supercomputers 52 HPC 52 Bayesian methods 52 nanoHUB 52 Exascale 52 Panasas storage 52 genomic discoveries 52 multicore architectures 52 GLBRC 52 microarray experiments 52 Fluidigm integrated fluidic 52 Computational Science 52 performance computing HPC 52 nanoscientist 52 compute intensive workloads 52 CUDA 52 Spintronics 52 visualization 52 genomic 52 Schrödinger equation 52 HECToR 52 sequencing 52 Distributed Computing Toolbox 52 SUSY 52 nanofluidic 52 HeliScope Sequencer 52 proteomics bioinformatics 52 solver 52 genomics proteomics 52 Royyuru 51 simulations 51 MPSoC 51 Scientific Computing 51 Cray XT4 51 powerful supercomputers 51 datapath 51 manycore 51 LAPACK 51 multiprocessing 51 metabolomic 51 nanoscience 51 combinatorial optimization 51 dynamical systems 51 crystallography 51 computationally efficient 51 multibody 51 Cray supercomputer 51 connectome 51 DSP architectures 51 mathematical calculations 51 synthetic genomics 51 algorithmic synthesis 51 compute cluster 51 massively parallel supercomputers 51 biomedical informatics 51 high throughput sequencing 51 iRODS 51 mathematical modeling techniques 51 Cray X1 51 differential equations 51 Onyx4 51 Altix UV 51 supersymmetric 51 multi threading 51 BlueGene 51 nanoscale 51 computational chemists 51 SGI NASDAQ SGIC 51 physics 51 heterogeneous architectures 51 DNA sequencers 51 analytic 51 deep submicron 51 BlueGene L 51 SameSpots 51 Teragrid 51 supercomputer simulations 51 multithreading 51 sequencing genomes 51 multi threaded applications 51 Cray XT3 51 Cray XMT 51 biophysical chemistry 51 Computational Sciences 51 ontology 51 Jon Kleinberg 51 NCEAS 51 LabVIEW graphical programming 51 multithread 51 verified experimentally 51 Supercomputer 51 quantum bits qubits 51 SPICE simulation 51 Einstein equations 51 shotgun sequencing 51 nonlinear dynamics 51 multicore processor architectures 51 Multi threading 51 processor cores 51 Forschungszentrum Jülich 51 toxicogenomic 51 petaFLOPS 51 mass spectrometric 51 Bx2 51 HPCS 51 nano fluidic 51 medicinal chemists 51 NAMD 51 SAPIR 51 DNA sequencing 51 numerical modeling 51 Tamas Bartfai 51 Schrodinger equation 51 parallelism 51 CUDA architecture 51 Beowulf cluster 51 nanoelectronic devices 51 throughput genomic 50 GPGPU 50 Cray XK6 50 genome sequencing 50 molecular biology 50 molecular biologists 50 mathematical algorithm 50 ATLAS experiment 50 gene expression microarray 50 Pervasive DataRush ™ 50 DNA microarrays 50 plasmonic devices 50 generation sequencing NGS 50 petascale supercomputer 50 giant magnetoresistance GMR 50 cheminformatics 50 MATLAB 50 multiphysics 50 informatics 50 SDSC 50 cognitive neuroscience 50 genomics bioinformatics 50 RapidMind platform 50 Ensembl 50 OpenMM 50 mathematical models 50 Xserve G5 50 neuroimaging 50 symmetric multiprocessing SMP 50 Numerical Algorithms Group 50 coprocessors 50 simultaneous equations 50 Petaflops 50 NSF TeraGrid 50 Curtarolo 50 biological macromolecules 50 BLAS 50 psychophysics 50 lensless imaging 50 compute nodes 50 NVIDIA Tesla 50 Cell BE 50 nanowire transistors 50 node cluster 50 SiCortex 50 SiMoA 50 nanomechanical 50 multi threaded 50 computable 50 CFD simulation 50 LiveArc 50 Performance Computing 50 resonant tunneling 50 probabilistic 50 biomathematics 50 combinatorial libraries 50 carbon nanotube transistors 50 Mitrion 50 teraFLOPS 50 x ray crystallography 50 petabyte scale 50 RNA Seq 50 nonlinear optics 50 computing HPC 50 computing architectures 50 mathematical algorithms 50 PCMOS 50 multicore CPU 50 autonomic computing 50 Sanger sequencing 50 Nvidia Tesla GPUs 50 computer simulations 50 nanoscale dimensions 50 nanoscale structures 50 atomistic simulations 50 protein ligand 50 electrodynamics 50 compute clusters 50 LONI 50 microtissues 50 cryo EM 50 OptiStruct 50 quantum metrology 50 Genome sequencing 50 SGI Altix supercomputer 50 massively parallel sequencing 50 MapReduce framework 50 plasma proteome 50 teraflops 50 IBM InfoSphere Streams 50 RNA sequencing 50 nanoelectronic 50 Pittsburgh Supercomputing 50 Navier Stokes equations 50 nanomechanics 50 bioinformatic analysis 50 E8 calculation 50 Pavel Pevzner 49 RealView Profiler 49 DeepQA 49 molecular genetics 49 AMD GPUs 49 decoherence 49 functional annotation 49 combinatorics 49 InfiniBand interconnects 49 Computational Chemistry 49 biomarker discovery 49 NEC SX 49 Computational Fluid Dynamics 49 FPGA architectures 49 multiplex immunoassays 49 nanoscale phenomena 49 bioinformatics genomics 49 Markram 49 X ray crystallographic 49 multicore architecture 49 NVIDIA CUDA enabled 49 fault tolerant quantum 49 CSHL Professor 49 neuroscience 49 multiple CPU cores 49 cellular reprogramming 49 O subsystem 49 medicinal chemistry 49 Illumina sequencing 49 OpenMP 49 Gene Ontology 49 multipartite entanglement 49 Finite Element Analysis 49 quantum dot lasers 49 neuroscientists 49 biophysicists 49 IBM BladeCenter QS# 49 computationally intensive applications 49 RNA seq 49 Scanning Tunneling Microscope 49 nanofluidics 49 EGEE 49 dynamics simulations 49 thermoelectric materials 49 microbial genomes 49 InfiniBand interconnect 49 chemometrics 49 genomic profiling 49 microarray gene expression 49 catoms 49 LHC Computing 49 Gene Ontology terms 49 Monte Carlo simulations 49 experimentally validated 49 genomics transcriptomics 49 Hadoop clusters 49 multiprocessors 49 stochastic optimization 49 symmetric multiprocessing 49 CFD ACE 49 GeneSifter 49 massively parallel DNA sequencing 49 exome capture 49 electro optic modulator 49 Trey Ideker 49 Altivec 49 lithography simulation 49 protein crystallography 49 SGI Altix 49 MATLAB Distributed Computing 49 spatiotemporal 49 targeted resequencing 49 RADIOSS 49 Kathy Yelick 49 Synthetic biology 49 high throughput genotyping 49 Enabling Grids 49 nano scale 49 NVIDIA GPUs 49 Jay Boisseau 49 Steven Girvin 49 Foldit 49 NVIDIA CUDA 49 human proteome 49 ultrafast lasers 49 Forschungszentrum Dresden Rossendorf FZD 49 Supercomputing Applications NCSA 49 ferroelectric materials 49 teraflop computing 49 Dharmendra Modha 49 TMS#DM# [002] 49 memristors 49 ChIP seq 49 SGI Onyx 49 Cytoscape 49 Lumerical 49 inferencing 49 Hod Lipson 49 CERN LHC 49 nanomanufacturing 49 X ray absorption spectroscopy 49 petaflop computing 49 Memristors 49 wafer lithography 49 Fourier transform 49 VisualSim 49 datasets 49 Beowulf clusters 49 NVIDIA Tesla GPU 49 Elucidator system 49 throughput DNA sequencing 49 Supercomputers 49 Abaqus FEA software 49 next gen sequencing 49 microRNA biology 49 multiphoton microscopy 49 tSMS 49 DEISA 49 Cell processor 49 compiler optimizations 49 quantum mechanical 49 Parallel Computing 49 Gene supercomputer 49 piezoelectrics 48 biological molecules 48 chromatin immunoprecipitation 48 graphene transistors 48 thermodynamic 48 IBM Almaden 48 IBM BlueGene 48 Panasas Storage Cluster 48 cognitive psychology 48 Geniom 48 biophotonic 48 SyNAPSE 48 CUDA enabled 48 VSC# V8 48 Prof. Gefen 48 neutron scattering 48 multicore processor 48 genomics proteomics metabolomics 48 computational fluid dynamic 48 nanometer scale 48 associative memory 48 Next Generation Sequencing NGS 48 petaflop 48 phylogenetics 48 BeadLab 48 spintronic 48 Finite Element Method 48 Teraflops 48 microRNA genes 48 vector supercomputer 48 optofluidic 48 Interface MPI 48 Awschalom 48 inertial confinement fusion 48 processing cores 48 CoolSim 48 computational linguistics 48 combinatorial chemistry 48 neurobiology 48 UPLC MS 48 molecular biology genetics 48 high temperature superconductivity 48 multi petabyte 48 microfluidic chips 48 affordances 48 scanning tunneling microscopy 48 x ray crystallographic 48 algebraic formulas 48 cosmological simulations 48 particle physics 48 CPUs GPUs 48 multicore processing 48 bioimaging 48 testable predictions 48 hardware accelerators 48 ALICE experiment 48 algebraic topology 48 Molecular biology 48 synchrotron X ray 48 theoretical astrophysics 48 semantic web 48 XT3 48 AltiVec 48 HPC workloads 48 optical interconnects 48 SGI HPC 48 nanotube transistors 48 CFD Computational Fluid Dynamics 48 reconfigurability 48 Aspuru Guzik 48 compute intensive environments 48 microbial genome sequencing 48 magnetic vortices 48 superclusters 48 bioengineers 48 E sciencE EGEE 48 neutron diffraction 48 compute cycles 48 RISC architecture 48 cosmological parameters 48 petaflops 48 Hydro Cluster 48 Multiscale 48 computational mathematics 48 iPlant 48 genomic microarray 48 PhysX processor 48 EMBL EBI 48 Cees Dekker 48 Biomedical Informatics 48 Nvidia Tesla 48 MALDI TOF 48 PNNL 48 deep sub micron 48 ZFN technology 48 Changizi 48 metabolite profiling 48 stem cell differentiation 48 Havok FX 48 ADMET Predictor ™ 48 gigaflops 48 Jülich 48 nanodevices 48 multicore chips 48 Hans Moravec 48 beamline #.#.# 48 GPU acceleration 48 optical lattices 48 X ray crystallography 48 quantum bits 48 Maxwell equations 48 Gurobi Optimization 48 PROLITH 48 Computational lithography 48 SIMDAT 48 MSn 48 Message Passing 48 nanoprobe 48 numerical computations 48 algorithmic 48 reconfigurable logic 48 Folding @ Home 48 microfluidic chip 48 Tensilica customizable 48 architectures 48 coding debugging 48 microscale 48 Sarpeshkar 48 Sheng Ding 48 Fast Fourier Transform FFT 48 Tesla GPU 48 elliptic curves 48 Nonlinear 48 CUDA parallel 48 translational research 48 nanosurgery 48 neural prosthetic 48 cryo electron microscope 48 AllegroGraph 48 Beamline #.#.# 48 Ajay Royyuru 48 vivo RNAi 48 ISIS Draw 48 genomewide association studies 48 displacement chromatography 48 2D gel 48 translational 48 GridPP 48 supersymmetric particles 48 bionanotechnology 48 GPFS 48 quantitative proteomics 48 speedups 48 deterministically 48 physicists mathematicians 48 supercomputing clusters 48 called CHEMSAS R 48 exome sequencing 48 semiconducting nanowires 48 optimizing compiler 48 Biomedical informatics 48 analysis FEA 48 dimensional nanostructures 48 3D QSAR 48 scalar 48 SPICE simulator 48 Phenyx 47 quantum phenomena 47 gen sequencing 47 JQI 47 electron tomography 47 Novel Computational Impact 47 geometric modeling 47 Touchstone Toastmasters Noon 47 toxicogenomics 47 ion trap 47 NMR spectroscopy 47 GPU 47 Proteomics 47 HHMI investigator 47 graphics subsystem 47 Computational Biology 47 physicists astronomers 47 DZero 47 SGI RASC 47 MPP massively parallel 47 Ben Shneiderman 47 integrative biology cutaneous biology 47 Cray XT 47 Boolean expressions 47 elementary particle physics 47 graphics processors 47 level synthesis HLS 47 NUMAflex 47 Leonard Adleman 47 heterogeneous multicore 47 cellular automata 47 OpenCV 47 RNA polymerases 47 Systems Biology 47 MIPS processors 47 nanolithography 47 ANSYS Workbench platform 47 roundworm C. elegans 47 nanodevice 47 computational workloads 47 generation sequencers 47 massively parallelized 47 terahertz spectroscopy 47 extrasolar planetary 47 transcriptome analysis 47 biosensing 47 RISC processor 47 mathematic equations 47 Protein folding 47 ANSYS POLYFLOW 47 deconvolution 47 metabonomics 47 Gravitational Physics 47 supramolecular chemistry 47 scalability 47 supersymmetry 47 Cray XD1 supercomputer 47 Pervasive DataRush 47 throughput screening 47 Symmetric Multiprocessing SMP 47 biocatalysts 47 Bernhard Palsson 47 macromolecular 47 Entrez Gene 47 correlated electron 47 Molecular 47 nanoscale patterning 47 called CHEMSAS ® 47 TFLOPS 47 Simulink ® 47 Nuclear Magnetic Resonance 47 epigenomic 47 Supercomputer Center 47 Ion PGM 47 Ion PGM sequencer 47 algebraic geometry 47 omics 47 Finite element 47 NIST MINEX compliant 47 theoretical 47 protein microarrays 47 parametric modeling 47 numerical computation 47 bioscientists 47 microelectronic circuits 47 microscopy techniques 47 microprocessor architectures 47 ATI GPUs 47 optical tweezers 47 Induced pluripotent stem cells 47 multithreaded processors 47 System x iDataPlex 47 heavy fermion 47 GridIron XLR8 47 mathematical equations 47 testbenches 47 Mendelian genetics 47 #K CPS 47 complex mathematical equations 47 multi threaded architecture 47 glycan microarray 47 GeneSpring 47 bioorganic chemistry 47 Parabon Computation Grid 47 GeForce GPUs 47 SciNet 47 silicon transistors 47 physics astrophysics 47 neural networks 47 atomically precise manufacturing 47 multiplexed assays 47 superpositions 47 Nvidia PhysX technology 47 astrophysical 47 dsPIC DSC 47 Nanopore 47 aCGH 47 mass spectrometry MS 47 SAP HANA 47 fission yeast 47 iterative reconstruction 47 massively parallel supercomputer 47 ConnX D2 DSP 47 JILA scientists 47 transcriptome sequencing 47 genomic sequence 47 programmable GPUs 47 nonlinear optical 47 multiplexing capability 47 multiprocessor architecture 47 single molecule sequencing 47 quantum mechanics 47 beamline 47 Sequence Capture 47 invariants 47 CXFS 47 probabilistic inference 47 enzyme catalysis 47 NVIDIA GPU computing 47 artificial photosynthetic 47 Source NSLS 47 powder diffraction 47 quantitatively analyze 47 PowerNow 47 particle physics experiments 47 finite element solver 47 qubit quantum 47 UPCRC 47 nonviral 47 variational 47 Traffic Analyzer 47 Marvin Minsky 47 L2 caches 47 micromechanical devices 47 Intel Xeon CPUs 47 spatial temporal 47 DARPA HPCS 47 NVIDIA CUDA parallel 47 PCR primers 47 genetics genomics 47 cryo electron microscopy 47 Fourier transforms 47 Green# list 47 SQL MapReduce 47 Laboratory SSRL 47 CMOS transistors 47 LOEWE CSC 47 pharmacophore 47 DMExpress 47 nanopore sequencing 47 correlator 47 microfabrication 47 Mass spectrometry 47 Federico Capasso 47 mass spectrometry 47 X ray diffraction microscopy 47 BOINC 47 ion beams 47 solvers 47 MapReduce programming 47 Dip Pen Nanolithography 47 MTCMOS 47 throughput 47 massively parallel CUDA 47 electrochemist 47 Deep Computing 47 SETI @ Home 47 symmetrical multiprocessing 47 geospatial visualization 47 Mitrion C 47 IMSL Fortran Library 47 Qubit 47 Mitrion Software Development 47 vibrational spectroscopy 47 PGI compilers 47 HybSelect 47 Synthetic biologists 47 ultracold polar molecules 47 STMs 47 CSHL scientists 47 nanoelectronics 47 hardware acceleration 47 proteomes 47 lattice QCD 47 tomographic 47 RAD Lab 47 IBM Power4 47 Cell Broadband 47 biology crystallography medicinal 47 Math Kernel Library 46 nanotoxicology 46 Linpack 46 BioLeap 46 Einstein relativity 46 mesoscopic 46 noncoding RNA 46 GigaThread 46 chromatin immunoprecipitation ChIP 46 SystemWeaver 46 radiative transfer 46 scientific 46 integrated fluidic circuit 46 subnetworks 46 SGI Altix servers 46 multicore multithreaded 46 generation DNA sequencing 46 Neutron scattering 46 fundamental constants 46 nanophotonic 46 microbial genome 46 TOF TOF 46 virtual prototyping 46 Jülich Research 46 predictively 46 UCSD Jacobs 46 nanoantennas 46 molecular profiling 46 ClinProt 46 toolpath generation 46 enzymology 46 cytometers 46 nanophotonics 46 genomic epigenomic 46 particle astrophysics 46 Exa Corporation 46 comparative genomic 46 nano fabrication 46 HLRS 46 sequencers 46 Geometry Shader 46 biophysical techniques 46 memory addressability 46 heterogeneous computing 46 Structural Biology 46 nanolasers 46 scanning microscopy 46 FT IR spectroscopy 46 stochastic simulation 46 interdisciplinary 46 EMBL scientists 46 observational cosmology 46 Kurt Godel 46 Nvidia CUDA 46 bytecodes 46 NMR experiments 46 photonic devices 46 robot locomotion 46 nanotechnologists 46 XK6 46 nano electromechanical systems 46 BBSRC funded 46 quantum weirdness 46 OpenAccess database 46 columnar database 46 Yebol 46 astrophysics 46 MSC# DSPs 46 interdisciplinary collaborations 46 quadrillion calculations per 46 Hadoop 46 neurobiologists 46 Voltaire InfiniBand switches 46 GPGPU computing 46 optogenetics 46 Bose Einstein condensates BECs 46 nanoelectronics photonics 46 particle colliders 46 Computational Biophysics Group 46 MATLAB ® 46 stereochemical 46 nanotube transistor 46 teraflops trillions 46 SIMD instructions 46 human genome sequencing 46 lasers optics 46 datapaths 46 interdisciplinary collaboration 46 Absoft Fortran 46 EBPG# 46 SGI Nasdaq SGIC 46 spectral imaging 46 ChIP Seq 46 pathogen interactions 46 Nima Arkani Hamed