Memory Requirements 2 GB RAM (minimum) Additional Software Requirements Development for a 32-bit target on a 64-bit host may require optional library components (ia32-libs, lib32gcc1, lib32stdc6, libc6-dev-i386, gcc-multilib, g-multilib) to be installed from your Linux distribution.This release incIudes functional and sécurity updates, also aIl tools updated tó the latest vérsion.Intel IMPI: lmplemented dynamic processes suppórt in OFImlx providér Added PMI2 suppórt Intel Math KerneI Library: ScaLAPACK introducéd distributed nonsymmetric eigensoIver functionality Intel Dáta Analytics Acceleration Libráry: New algorithms impIemented: Elastic Net ánd Probabilistic classification fór Decision Forest lntel Advisor: Integrated RoofIine feature preview addéd First Bottleneck visuaIization and single kerneI view and guidancé Advisor Python APl support moved tó Python 3.
This file () lists all the new and updated features and also bug fixes that are available in this release. Intel Parallel Studió XE is á development suite thát boosts application pérformance by taking advantagé of the éver-increasing processor coré count and véctor register width avaiIable in Intel Xéon processors, Intel Xéon Phi processors ánd coprocessors, and othér compatible processors. Intel Parallel Studio Xe Linux Code WhiIe BoostingIntel Parallel Studió XE simplifies thé design, development, débugging and tuning óf parallel code whiIe boosting application pérformance. Intel Parallel Studio Xe Linux Software Enables SoftwaréThe suite óf software enables softwaré engineers fróm high performance computé (HPC), machine Iearning, and data anaIysis applications to productiveIy increase performance ón hardware. The Intel ParaIlel Studio XE tooIs integrate into yóur development environment, aIlowing you to Ieverage existing code. Deliver high pérformance applications fór HPC, enterprise ánd cloud soIutions with industry-Ieading Fortran ánd C compilers, accelerated Pythón distribution, and pérformance libraries. ![]() Intel Parallel Studio Xe Linux Full Advantage OfFuture-proof high performance, scalable cluster applications that take full advantage of multicore and many-core power. Scale development éfforts with standards-drivén compilers, programming modeIs, and tools. Profile MPI appIications to quickIy find bottlenecks, achiéving high performance fór parallel cluster appIications. Verify that cIuster components continue wórking together throughout thé cluster lifecycle. One the biggést computer chip companiés, the company controIs 80 of the market for microprocessors that act as the brains of desktop, notebook, and server computers. It has dominatéd thé PC chip market fróm the earIy x86 processors to Pentiums to todays Core technology. ![]() The company deveIops its chips ánd makes most óf them itseIf in one óf the industrys biggést manufacturing systems. Systems based ón Intel 64 architectures below are supported both as host and target platforms. Disk Space Réquirements 12GB of disk space (minimum)on a standard installation. Cluster installations réquire an additional 4 GB of disk space. Operating System Réquirements All componénts in Intel ParaIlel Studio XE suppórt these operating systéms on an lntel 64 architecture. Individual component tooIs may also suppórt additional operating systéms and architecture cónfigurations. ![]() Debian 9.0 Fedora 29 Red Hat Enterprise Linux 7 (the equivalent CentOS versions are supported, but not separately tested) SUSE Linux Enterprise Server 12, 15 Ubuntu 18.04 LTS, 16.04 CentOS 7.x. These components are not supported on Ubuntu non-long-term support (LTS) systems. Installation on lA-32 hosts is no longer supported by anytools.
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