可以避免计算较繁的正交化过程，以使计算简便。
Since it involves no procedure of orthogonalization, the method makes calculation much simpler than that of conventional ones.
本文正是对此问题进行研究，提出一种简单的方法并利用一个判断阈值来实现在GS正交化过程中自动确定正交化运算的次数。
In this paper, a simple and fast approach is proposed to detect the orthogonalisation automatically in the procedure of GS orthogonal decomposition. Finally, computer simulations are presented.
正交持久性(orthogonal persistence)通过自动化整个存储过程进一步简化了持久性。
Orthogonal persistence simplifies persistence even further by automating the entire storage process.
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