种子信息
[矩阵实验室][MATLAB][R2020b][English][ISO][Linux 64bit]
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文件名: |
ZiJingBT.Matlab2020bLinux.torrent |
种子名称: |
Matlab2020bLinux |
信息: |
大小:
17.96 GB | 文件数:
6 | Info Hash:
3f1d0106a05b1df95944b1dada4441a641226445 |
类别: |
软件 | 由 大忍崛起 (广大站友) 上传于 2020-10-04 16:41:04 |
活跃度: |
做种(7)/下载(0) | 完成下载 (17) (最近一次活动时间 2020-11-24 08:13:17 / 种子活动时间 2020-11-24 08:13:17) |
上传字幕: |
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便笺: |
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内容简介: |
来源:TJUPT
自带破解文件,也可以使用南京大学MATLAB校园安装指南
引用: 版本亮点 新产品
Deep Learning HDL Toolbox – 面向 FPGA 和 SoC 进行深度学习网络原型开发和部署 Lidar Toolbox – 设计、分析和测试激光雷达处理系统 RoadRunner Scene Builder – 自动从高清地图生成三维道路模型 UAV Toolbox – 设计、仿真和部署 UAV 应用
重要更新
MATLAB 图形 – 使用新的气泡图和分簇散点图,并使用新的标题、标签和轴范围选项对图进行自定义 MATLAB App 构建 – 对使用 App 设计工具创建的 App 进行比较与合并,并将自定义图窗图标和自定义组件添加到您的 MATLAB App GPU Coder – 面向 NVIDIA® GPU 仿真和部署 Simulink 模型 Mapping Toolbox – 使用底图构建三维地图显示,并在坐标参考系之间转换地理数据 Model Predictive Control Toolbox – 使用 Embotech 开发的 FORCES PRO 求解器仿真 MPC 控制器并生成代码 Optimization Toolbox – 使用实时编辑器任务求解优化问题;对非线性表达式应用自动微分 RF Blockset – 对收发机天线建模,包括频变阻抗和远场辐射方向图 RF Toolbox – 使用 RF Budget Analyzer 中的非线性谐波平衡分析来设计射频收发机 Sensor Fusion and Tracking Toolbox – 在自主和监控应用中设计、仿真和测试多传感器跟踪和定位系统 SerDes Toolbox – 在 SerDes 系统的时域仿真和统计分析中对抖动和串扰建模 SimBiology – 使用 SimBiology Model Builder 在单个整合视图中交互式构建模型 Simscape – 建模和仿真多域物理系统 Simulink Check – 使用测试控制板,评估基于需求的测试活动的完整性是否符合 ISO 26262 或 DO-178C 标准 Simulink Online - 在 Web 浏览器中使用 Simulink Simulink Real-Time – 探索全新的 64 位 RTOS、资源管理器、图形化仪表,以及信号记录 Statistics and Machine Learning Toolbox – 使用 AutoML 进行分类和回归,实现 LIME 可解释性,并使用原生 Simulink 模块进行 SVM 预测 |
引用: System Requirements
Operating Systems
Ubuntu 20.04 LTS Ubuntu 18.04 LTS Ubuntu 16.04 LTS Debian 10 Debian 9 Red Hat Enterprise Linux 8 Red Hat Enterprise Linux 7 (minimum 7.5) SUSE Linux Enterprise Desktop 12 (minimum SP2) SUSE Linux Enterprise Desktop 15 SUSE Linux Enterprise Server 12 (minimum SP2) SUSE Linux Enterprise Server 15
Note:
Red Hat Enterprise Linux 6 is no longer supported.
Processors
Minimum: Any Intel or AMD x86-64 processor
Recommended: Any Intel or AMD x86-64 processor with four logical cores and AVX2 instruction set support Disk
Minimum: 3.3 GB of HDD space for MATLAB only, 5-8 GB for a typical installation
Recommended: An SSD is recommended
A full installation of all MathWorks products may take up to 28 GB of disk space RAM
Minimum: 4 GB
Recommended: 8 GB
For Polyspace, 4 GB per core is recommended Graphics
No specific graphics card is required.
Hardware accelerated graphics card supporting OpenGL 3.3 with 1GB GPU memory is recommended.
Use of vendor-supplied proprietary drivers is strongly recommended.
GPU acceleration using Parallel Computing Toolbox requires a GPU that has a compute capability 3.0 or higher. For more information, see GPU Support by Release. Running MATLAB and Simulink on Linux
MATLAB and Simulink have been validated on the Linux distributions listed on this page. It is likely that other distributions with Linux kernel version 3.10 or later and glibc version 2.17 or later can successfully run MATLAB and Simulink, but technical support will be limited.
MATLAB and Simulink are validated on standard installations of the distributions listed on this page. “Minimal” or “core” installations of Linux may lack the necessary software packages required to install and run MATLAB and Simulink. You can likely add required software packages to a minimal Linux installation, but technical support will be limited.
MathWorks follows the vendors’ lifecycle guidance to determine which minor versions of each distribution are validated. Refer the vendors’ websites for more information. |
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感谢者: |
冰墨魂, sbdhzhms, 龟骑士, Routt, zamlty, zul21, 风之子
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种子内容
文件 |
大小 |
libmwlmgrimpl.so |
4.50 MB |
license.lic |
18.55 KB |
license_server.lic |
18.04 KB |
license_standalone.lic |
17.90 KB |
MatlabR2020bLinux64.iso |
17.95 GB |
Readme.txt |
2.60 KB |
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