UC Davis EEC 290 Lectures

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October 6 EEC 290 Lecture 2

10月 13, 2017

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November 3 EEC290 Lecture 6

Food systems are amazingly complex. Complex chemistry, biology, physics, consumer preferences, supply chains and more make the food industry a model for so called ‘big data’ that, to date, has been so ‘big’ that making sense of the complexity has been all but impenetrable. Recent advances in computational and data sciences has opened up possibilities for understanding aspects of the food system in ways that were previously unimaginable. It is now possible to consider building better food operations that take advantage of new capabilities enabled by advances in computational and data sciences, and to build food systems that address societal grand challenges such as global health and climate change. In this context, systems engineering will play an increasingly important role in realizing the potential for creation of a new food industry.

September 29 EEC 290 Lecture 1

The 4th Industrial Revolution: Democratizing the Information Infrastructure The concentration of the world’s population around cities has resulted from the impact of the three industrial revolutions we have experienced in the past 250 years. The First Industrial Revolution originated in England in the late eighteenth century and used water and steam power to mechanize production. It resulted in the early rise of the city as a center of activity, when farming became more effective using mechanization and more people turned to cities for work. The Second Industrial Revolution in the late nineteenth century started in the US and used electric power to create mass production, which brought even more people from rural areas and farms to the assembly lines. The Third Industrial Revolution also originated in the US in the mid to late twentieth century, and used electronics and information technology to automate production, thus forcing people out of the assembly lines and in unemployment. N

October 20 EEC 290 Lecture 4

Internet of Things (IoT) is gaining currency as a revolutionary next generation technological platform for high speed wireless, wireline, and smart sensor networks. The ever-increasing size of this global network has led to the exponential growth of the data traffic (> 1.4× per year) in recent years, requiring miniaturized low power transceivers with high data throughput not feasible with conventional radio frequency circuit design techniques. In addition to high speed data communication, reliable low power wireless connectivity is needed to link billions of intelligent objects at a low cost within the global distributed network. To overcome these challenges, a revolution/paradigm shift in circuit design is needed. This talk focuses on the development of a true IoT-compatible network consisting of high speed data transceivers, smart sensors, and low power cognitive radios. I will present ideas on efficient high speed data communication as well as ultra-low power radios whose applica

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UC Davis EEC 290 Lectures

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October 6 EEC 290 Lecture 2

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