Computer modelling of traffic and emission impacts of a large, mixed use development: The case of the prospective Burlington Innovation District (BID)

公司越来越关注其活动对环境的影响。他们为这些活动选择的地点会影响员工在工作日上下班和其他旅行时必须做出的模式选择。在集中的新开发项目中，如创新区，对数千名员工的环境影响可能非常大。拟议研究的重点是用数学方法评估大型混合用途开发项目（如创新区）对交通和排放的影响，并在一系列开发方案中考虑这些影响。提出的研究将提供具体的建模数据和模拟工具，以帮助加拿大其他城市创新区（平台方法）的深思熟虑和成功的发展，以及本研究的特殊案例，即安大略省伯灵顿。这项重要研究的工业合作伙伴是加拿大最大的商业房地产服务公司高力国际。高力国际希望通过加强对创新区交通和环境影响的了解，从拟议的研究中受益。这些新的见解将有助于高力国际更好地为客户服务。即将开发的新平台方法最终将改善公司的商业房地产决策，可能遍及加拿大各地，从而增强其在加拿大市场的增长和渗透。

Increasingly, firms are concerned with the environmental implications of their activities. The locations they choose for these activities affect the mode choices that employees must make to go to and from work and for other trips during the work day. In the case of a concentrated new development such as an innovation district, the environmental impacts over thousands of employees can be very significant. The thrust of the proposed research is to mathematically assess the transportation and emission impacts of a large, mixed use development such as an innovation district and to consider these impacts over a range of development scenarios. The research proposed will provide concrete modelled data and a simulation tool to aid in the thoughtful and successful development of Innovation Districts in other Canadian cities (a platform methodology) as well as for the particular case for this research which is Burlington, Ontario. The industrial partner for this important research is Colliers International, Canada's largest commercial real estate services company. Colliers expects to benefit from the proposed research via an enhanced understanding of transportation and environmental impacts for innovation districts. These new insights will help Colliers serve their clients better. The new platform methodology to be developed will ultimately lead to improved commercial real estate decisions for the firm, potentially all over Canada, thus enhancing their growth and penetration into the Canadian market.