新西兰诺斯兰德理工学院论文代写：嵌入式智能
嵌入式智能不是一个很新的概念，而不是让目前的数字化框架的廉价传感器的建筑、电力计算机处理大数据流和开发特定的软件的开发一致的操作和建筑维护。智能建筑系统可以实时收集和比较它，以预测以前的使用相关的预测技术，然后选择一个客观的策略，有助于优化。从加入足总ç智能组件ADE有极大的帮助获得有效的基础设施优化等认知的好处（reignhart 2013）。初步设计的研究已经测试的有效性，这样的过程之前，物理安装他们都通过模型，数字和物理。本研究报告阐述，评估和实验一个简单的同步模型，有能力简化复杂的问题。
被动的方法和积极的方法已被明显发现的设计师有他们的结构响应环境中不断变化的条件。历史上的大多数例子表明，被动的方法使用自然的特点，用于管理日光或减轻热变化季节性。本报告中讨论的项目已演变通过智能大厦的概念和外墙智能大厦。实例工程包括通风、遮阳、调自动化技术策略（Lagios医生如，2010）。对最新的建筑智能化设计的主要焦点一直在环境中的特定的条件，但另一方面，环境之间的互动，人与空间的研究已进行了在较小的水平，如hyposurface凯富温泉和米迦勒气泡的交互环境项目。本项目还具有多种优点，范围从较小的时间、成本效率和灵活性的项目可信度和支持各种研究数据已由建立者以灵感包括（el Sheikh 2010）。虽然有一些缺点，使用相结合的互动功能，如发电机，但仍然可以通过合作和制定一个智能设计，有支持BIS工具和技术。设计了工作流程获得成功利用以光传感器驱动参数在建筑信息模型和三维模型参数的变化对模型的移动身体提供伺服输入。
新西兰诺斯兰德理工学院论文代写：嵌入式智能
he buildings embedded with intelligence as a concept is not new and is instead what makes it possible presently are the cheap sensors of digitalized framework, power of computer for handling large data streams and developing particular software’s developed for consistent operations and buildings maintenance. Intelligent systems for building can in real time collect it and compare it in order to predict the previous usage using related forecasting techniques and then choosing an objective strategy that helps in optimization. Such cognitive benefits of optimization from adding the smart components of façade have tremendously helped in gaining effective infrastructure (Reignhart 2013). Initial studies of design to build have tested the effectiveness of such processes prior to physically installing them both through models that are digital and physical. This research report has elaborated, evaluated and experimented on a simple synchronization model that has the capability of streamlining complicated issues.
Both passive methods and active ones have been evidently discovered by the designers for having their structures respond to the changing conditions in the environment. Most examples in the history exist to show that passive methods usage applies natural characteristics for managing the daylight or mitigating the heat variations seasonally. The project discussed in this report has been evolved through the intelligent building concept and facades of intelligent building. Examples of construction are inclusive of strategies of ventilation and shading and the adjustable automation techniques (Lagios, 2010). The main focus of the design for most recent buildings constructed with intelligence have been on particular conditions in the environment but on the other hand the interaction between environment, human and space researches have been conducted at smaller levels as well such as Hyposurface decoi’s and Michael Bubbles interactive environment project. This present project also has various advantages that range from lesser time, cost efficiency and flexibility to project credibility and support of various researchers as data has been included by taking inspiration from established researchers (El-Sheikh 2010). Even though there are some disadvantages from using combination of interactive features such as Dynamo, but still much can be obtained by collaborating and formulating an intelligent design that has the support from BIS tools and techniques. The design proved that the workflows gained success in making use of light sensors in order to drive parameters in a model of building information and changing the 3D model parameters for providing servos input for moving the model physically.
