1.
Training linear support vector machine by Rosenbrock algorithm in the primal space
在原始空间用Rosenbrock算法训练线性支持向量机
2.
PARALLEL ROSENBROCK METHODS FOR STIFF DIFFERENTIAL EQUATIONS;
刚性微分方程的并行Rosenbrock方法
3.
Rosenbrock Methods for Delay Integro-Differential Equations
时滞积分微分方程的Rosenbrock方法
4.
Semi-Implicit R-K Methods and Exponential Rosenbrock Methods of Delay Differential Equations;
延迟微分方程的半隐式R-K方法及指数Rosenbrock方法
5.
Quantitative Error Analysis of Rosenbrock Methods for Some Classes of Stiff Differential Equations;
几类刚性微分方程Rosenbrock方法的定量误差分析
6.
Stability Analysis of Runge-Kutta Methods Combined with Rosenbrock Methods for Stiff Delay Systems
刚性延迟系统组合RK-Rosenbrock方法的稳定性分析
7.
Numerical Stability of Parallel Rosenbrock Method and Block θ-Method for Delay Differential Equations;
延迟微分方程并行Rosenbrock方法和块θ-方法数值稳定性
8.
Stability Analysis and Numerical Simulation of Rosenbrock Methods for Stiff Delay Systems;
刚性延迟系统Rosenbrock方法的稳定性分析及其数值仿真
9.
Quantitative Error Analysis of Rosenbrock Methods for Stiff Semilinear Problems with the Variable Coefficient
求解变系数半线性刚性问题的Rosenbrock方法的定量误差分析
10.
Computational Methods and Algorithmic Language
计算方法和算法语言
11.
Computational Method & Algorithmic Language
计算方法与算法语言
12.
primary algorithm
基本算法,初等算法
13.
The Relationship between LBRMS Algorithm and GBMS Algorithm;
LBRMS算法与GBMS算法的联系
14.
Principles of Computer & Algorithm
计算机原理与算法语言
15.
Computer Principle and ALGOL
计算机原理算法语言
16.
Algorithmic Language & Computers Practise
算法语言与计算机操作
17.
equilibrium point algorithm for computing
计算中的平衡点算法
18.
It proves that the developed algorithm has a polynomial upper boUnd at the time, and can also be easily mounted on computers.
本算法属多项式算法，计算简单，易于计算机实现。