MoneyScience News |
- Published / Preprint: Accounting and the Formation of Share Market Prices Over Time: A Mathematical Institutional Economic Analysis Through Simulation and Experiment
- Blog Post: TheAlephBlog: Best of the Aleph Blog, Part 21
- Blog Post: TheFinancialServicesClub: Things worth reading: 9th May 2013
- Published / Preprint: Optimal dividend problem for a generalized compound Poisson risk model. (arXiv:1305.1747v1 [q-fin.PR])
- Published / Preprint: A Galerkin approximation scheme for the mean correction in a mean-reversion stochastic differential equation. (arXiv:1305.1868v1 [q-fin.PR])
- Blog Post: rob_daly: Category 2'²s Mad Dash to June Finish Line
Posted: 09 May 2013 04:24 AM PDT This paper develops an agent-based model to examine the emergent dynamic properties of share market price formation over time, with a view on financial market stability under alternative accounting regimes. In the model, individual heterogeneous investors interact with each other and with institutional devices which are an accounting system (related to the business firm) and a price system... Visit MoneyScience for the Complete Article. |
Blog Post: TheAlephBlog: Best of the Aleph Blog, Part 21 Posted: 09 May 2013 03:18 AM PDT |
Blog Post: TheFinancialServicesClub: Things worth reading: 9th May 2013 Posted: 08 May 2013 09:58 PM PDT |
Posted: 08 May 2013 05:30 PM PDT In this note we study the optimal dividend problem for a company whose surplus process, in the absence of dividend payments, evolves as a generalized compound Poisson model in which the counting process is a generalized Poisson process. This model including the classical risk model and the Polya-Aeppli risk model as special cases. The objective is to find a dividend policy so as to maximize the... Visit MoneyScience for the Complete Article. |
Posted: 08 May 2013 05:30 PM PDT This paper is concerned with the following Markovian stochastic differential equation of mean-reversion type \[ dR_t= (\theta +\sigma \alpha(R_t, t))R_t dt +\sigma R_t dB_t \] with an initial value $R_0=r_0\in\mathbb{R}$, where $\theta\in\mathbb{R}$ and $\sigma>0$ are constants, and the mean correction function... Visit MoneyScience for the Complete Article. |
Blog Post: rob_daly: Category 2'²s Mad Dash to June Finish Line Posted: 08 May 2013 01:04 PM PDT |
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