Tuesday 5th May, 2015
4:20pm to 5:00pm
How will IoT change the future of big data analytics By: Kaivan Karimi, VP and GM of Wireless Solutions, Atmel Corporation In the coming years, IoT will change the world as we know it and impact every aspects our lives. Most of the value created for IoT will come from the application of data analytics, enabling process optimization and efficiency improvements. IoT will quantify the physical world, and puts the future of innovations on a more accelerated curve. Volumes of people, processes, and machine-generated data from edge/sensing nodes will create new opportunities for big data analytics. The rise of IoT will add new generation of event processing engines on both the cloud side as well as the customer premise/gateways. This talk will define the infrastructure of IoT from the tiniest edge nodes all the way to the data centers, explores the differences between IT cloud vs. IoT cloud, and the implication on data analytics needed to support IoT applications, including various examples of application of big data analytics for specific verticals.
VP Technologies, Atmel
Kaivan Karimi is the Vice President and General Manager of wireless solutions at Atmel Corporation, overseeing the development of wireless connectivity solutions for the Internet of Things (IoT) applications, with a special focus on edge/sensing node system solutions from the “Things” to “Cloud." Kaivan has been an IoT evangelist since 2010, bringing more than two decades of experience working in cellular wireless, connectivity, core networking and access, sensors and microcontroller semiconductor markets, with a unique system level perspective spanning the technologies needed to make IoT a reality. Kaivan holds graduate degrees in engineering (MSEE) and business (MBA), and is an industry subject matter expert on IoT, regularly speaking at forums and authoring papers and blogs addressing relevant topics. Prior to joining Atmel, Kaivan was Executive Director, Global Strategy and Business Development at Freescale Semiconductor, driving IoT edge nodes and gateways technology and product requirements, and all company-wide IoT related activities.
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