Summary of smart building

Editor's Notes

• #6: Cite image location
• #16: Key Points: Talk about capabilities. As all architects know a building has a base, a middle & a head…..you should think of evolution of smart building tech in same way Base – the building elements - power, water, data, air and the systems that use these, chillers, HVAC, Heating, Lighting, etc. Middle....egress, signage, elevators, security, parking Top – ambient intelligence…space knows who you are, what you want to do. Customers here are tenants, FM managers, Property owners, Residents MSFT  Playing in all 3 layers and all parts of the lifecycle…and with customers. FM they are trying to drive cost savings Tenants want convenience and productivity Takeaway. Building systems and Data are required to unlock most of the productivity scenarios.
• #17: Key Points: Talk about capabilities. As all architects know a building has a base, a middle & a head…..you should think of evolution of smart building tech in same way Base – the building elements - power, water, data, air and the systems that use these, chillers, HVAC, Heating, Lighting, etc. Middle....egress, signage, elevators, security, parking Top – ambient intelligence…space knows who you are, what you want to do. Customers here are tenants, FM managers, Property owners, Residents MSFT  Playing in all 3 layers and all parts of the lifecycle…and with customers. FM they are trying to drive cost savings Tenants want convenience and productivity Takeaway. Building systems and Data are required to unlock most of the productivity scenarios.
• #18: The audio, video, lighting scene related aspects of smart living have never really interested me. For me the health and optimal operation of technical systems has always been the important thing. Unlike with music and video, or voice command to the curtains, here the automation outperforms a human. It is time to put the systems work together.
• #19: Absolute majority of heating control systems are simple or even primitive. They are not really interested on the end result. Their interest is on providing hor water with temperature inversely proportional to the outdoor temperature.
• #20: The cure is to add thermostats, woks well enough with radiators, but not with heated floor, having a remarkable thermal inertia. Thing is the floor surface continues to heat up for some hours after the flow of warm water is closed. And it continues to cool down for for a while after the water flow is opened again.
• #23: Weather forecast are a good thing to fight with the effects of thermal inertia. It allows to start or stop heating a calculated number number of hours before the outdoor temperature change takes place. That time of looking into the future is different for the outdoor temperature drop of increase, because the stored heat energy leaves the building slower than arrives. THe heat energy leaves via insulation and ventilation, but can arrives by the full power of the heating system.
• #31: Key points: Microsoft has the end-to-end platform for smart buildings. Flexible and modular solution. Take iterative approach to reduce implementation time and minimize costs. [click to build slide] Let me tell you what the platform means.
• #32: Key points: Microsoft has the end-to-end platform for smart buildings. Flexible and modular solution. Take iterative approach to reduce implementation time and minimize costs. [click to build slide] Let me tell you what the platform means.
• #34: Slide 10: Why health organizations need IoT Key Points: Getting started on the Internet of Things NOW will enable you to transform your health organization IoT helps health providers build smarter operations, improve patient care, increase business agility, and gain better insights Talk Track: Once you get past all the confusion and noise and realize just how simple and powerful IoT can be, the next question becomes, “What can it do for my health organization? Why does it matter?” Let’s go through the chief reasons: Build smarter operations Implement preventative and predictive maintenance on medical devices to eliminate machine down-time and reduce costs. Monitor and manage hospital infrastructure to optimize energy consumption and reduce maintenance costs. Track the location of devices and supplies in real time to ensure the right supplies are always in the right location and reduce paper trace. Improve patient care Track patient health conditions in real time regardless of the patient’s physical location to improve care quality and outcomes. Track patient’s response to therapy and drugs in real time and monitor when a patient takes prescribed pills, allowing providers to take preventative actions and better manage chronic conditions. Remote health monitoring enables better access to medical services for more people, like people living in remote areas or elderly people. Provide better patient experiences with interactive targeted device experiences. Increase business agility Enhance operational performance management with better, faster insights. Real-time data insights can help providers respond more quickly to patient needs and population health management. Accelerate innovation internally and externally with insights shared across functions and partners. Implement new ideas and scale easily using cloud-based solutions without heavy capital investment. Gain better insights Gain real-time operational insight to run your healthcare business with more efficiency and intelligence. Gain real-time insights through continuously monitoring patient health conditions and behaviors to drive more timely and personalized care and improve outcomes. Use predictive analytics to identify patterns and predict trends to improve patient care outcomes and reduce costs.