One of the issues helping make investment decisions is appropriate tools and models to evaluate financial situation 0f the organization.  By means of these tools, investors can analyze financial situation of the organization and identify financial distress or an ideal condition, they become aware of making decisions to invest in appropriate conditions.  The main objective of this study is to ev...

It is very obvious that the global financial crisis has made a negative impact on Chinese economy. A large number of small and medium-sized enterprises’ production and operations have gotten into a difficult situation. Although many policies and measures have been introduced by our government to help the small and medium-sized enterprises to spend the winter, and there was a decent effect, the ...

Based on the panel VEC model, this paper verifies the dynamic interaction between China’s financial development and urbanization process and analyzes the short-term, medium and long term situation. The results of this research show that: the financial development can promote the urbanization process in short term, but there is not enough evidence to suggest that the urbanization process plays a...

Older people with cognitive impairment and/or dementia may be particularly vulnerable to diminished financial decision-making capacity. Financial capacity refers to the ability to satisfactorily manage one's financial affairs in a manner consistent with personal self-interest and values. Impairment of financial capacity makes the older individual vulnerable to financial exploitation, may negati...

We utilize the situation calculus to develop a logical model of hypertext systems. The work builds upon the earlier work of Bieber and Kimbrough in the logical modeling of hypertext systems. In our presentation, a particular version of the situation calculus (which includes a language for programming complex actions) developed for the modeling of dynamic worlds and for the control of robotic ag...

Mathematical models for the electrical activity in cardiac cells are normally formulated as systems of ordinary differential equations (ODEs). The equations are nonlinear and describe processes occurring on a wide range of time scales. Under normal accuracy requirements, this makes the systems stiff and therefore challenging to solve numerically. As standard implicit solvers are difficult to im...