文件名称:Efficient-Implementation-of-Dual-First
下载
别用迅雷、360浏览器下载。
如迅雷强制弹出,可右键点击选“另存为”。
失败请重下,重下不扣分。
如迅雷强制弹出,可右键点击选“另存为”。
失败请重下,重下不扣分。
介绍说明--下载内容均来自于网络,请自行研究使用
The aim of the diploma project is to study the implementation challenges of numerical
optimization algorithms that appear in embedded model predictive control.
A detailed review of some of the most important numerical optimization algorithms
for solving embedded model predictive control problems will be given. A
selection of these algorithms should be implemented in the C programming language,
and performance comparisons should be made. Furthermore, a toolbox containing
these algorithms should be created. The toolbox should have a Matlab interface for
easy and ecient analysing and testing.
The work will be carried out at the University Politehnica of Bucharest, in the
group of Associate Prof. Ion Necoara.
optimization algorithms that appear in embedded model predictive control.
A detailed review of some of the most important numerical optimization algorithms
for solving embedded model predictive control problems will be given. A
selection of these algorithms should be implemented in the C programming language,
and performance comparisons should be made. Furthermore, a toolbox containing
these algorithms should be created. The toolbox should have a Matlab interface for
easy and ecient analysing and testing.
The work will be carried out at the University Politehnica of Bucharest, in the
group of Associate Prof. Ion Necoara.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
Efficient Implementation of Dual First.pdf
sverrkva-duquad-6b65368
.......................\doc
.......................\...\documentation_ccode.pdf
.......................\...\user_manual.pdf
.......................\duquad
.......................\......\duquad.m
.......................\......\example.m
.......................\......\make.m
.......................\......\readme
.......................\......\src
.......................\......\...\alm.c
.......................\......\...\dfgm.c
.......................\......\...\dgm.c
.......................\......\...\falm.c
.......................\......\...\fgm.c
.......................\......\...\gdm.c
.......................\......\...\general_functions.c
.......................\......\...\include
.......................\......\...\.......\alm.h
.......................\......\...\.......\dfgm.h
.......................\......\...\.......\dgm.h
.......................\......\...\.......\falm.h
.......................\......\...\.......\fgm.h
.......................\......\...\.......\gdm.h
.......................\......\...\.......\general_functions.h
.......................\......\...\.......\head.h
.......................\......\...\.......\math_functions.h
.......................\......\...\.......\print.h
.......................\......\...\.......\qp_structs.h
.......................\......\...\.......\qp_structs.h~
.......................\......\...\.......\typedefs.h
.......................\......\...\main.c
.......................\......\...\math_functions.c
.......................\......\...\print.c
.......................\duquad_matlab
.......................\.............\duquad.m
.......................\.............\example.m
.......................\.............\src
.......................\.............\...\ALM.m
.......................\.............\...\DFGM.m
.......................\.............\...\DGM.m
.......................\.............\...\FALM.m
.......................\.............\...\FGM.m
.......................\.............\...\GDM.m
.......................\.............\...\norm2.m
.......................\README.md