Programming and System Support for Reliable Intermittent Computing

May 19

Friday, May 19, 2017

11:45 am - 1:00 pm
Hudson Hall 212

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Presenter

Brandon Lucia, Assistant Professor, Carnegie Mellon University

Emerging energy-harvesting devices (EHDs) are computer systems that operate using energy extracted from their environment, even from low-power sources like ambient radio-frequency energy. Future EHDs will be a key enabler of emerging implantable medical devices, IoT applications, and nano-satellites, but today's EHDs operate intermittently, only as environmental energy is available. Unfortunately, intermittence makes today's EHDs unreliable and extremely difficult to program and debug. In this talk I will summarize the main challenges of intermittent execution. I will then discuss our recent efforts developing system, programming language, and toolchain support for EHDs to address the challenges of intermittence, focusing especially on programmability, debugging, and reliability. I will close by discussing our recent work on building a reliable, EHD-based, hardware/software application platform for an upcoming deployment..

Contact

Currin, Ellen
660-5252
ecurrin@ee.duke.edu