Capacity Building in Complexity Science at Warwick

我们将我们的博士课程分为复杂性科学的六个关键领域：基于代理的建模;网络和紧急行为;自组织和组装;存在噪声的非线性动力学和建模;时空复杂性，量化和建模;管理和复杂性的边界。这些主题的开发和其中提出的应用解决了系统层面的社会，财务和技术性能，国家竞争力的关键。特别是当前的关键社会问题也得到解决，如犯罪，恐怖主义，流行病，计算机病毒，并了解如何控制其传播。（糖尿病，背痛，咨询有效性），金融应用程序解决英国市场和金融干预的有效管理，我们包括英国的各种环境利益，从栖息地到我们的天空和太空天气。我们的神经相关网络项目和智能代理和可信代理研究与DTI Focusing计划确定的英国优先事项密切相关，我们也期待更长期的可能性，如自组装分子级技术。

We group our doctoral programme under six key areas of Complexity Science:agent-based modelling;networks and emergent behaviour;self-organisation and assembly;nonlinear dynamics and modelling in the presence of noise;spatio-temporal complexity, quantification and modelling;management and bounding of complexity.The development of these themes and applications proposed within them addresses societal, financial and technical performance at the system level, key for national competitiveness. Particular key current societal problems are also addressed, such as crime, terrorism, epidemics, computer viruses, and understanding how to control their spread.We propose medically related projects of clear importance to the NHS (diabetes, back pain, consultation effectiveness), financial applications address the effective management of UK markets and financial intervention, and we include a diverse range of environmental interests for the UK, from habitats to our skies and space weather. Our neuro-related network projects and intelligent agent and trusted agent researches relate to close UK priorities identified by DTI Foresight programme, and we also look to longer term possibilities such as self-assembling molecular-scale technology.