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How can computing tasks be completed efficiently and continuously under intermittent power supply?

helpResearch questionIntermittent Computing Programming and Energy-Adaptive Tools

How can computing tasks be completed efficiently and continuously under intermittent power supply?

UbiComp '21REHASH: A Flexible, Developer Focused, Heuristic Adaptation Platform for Intermittently Powered Computing

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helpResearch questionIntermittent Computing Programming and Energy-Adaptive Tools

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UbiComp '24User-directed assembly code transformations enabling efficient batteryless Arduino applications

helpResearch questionIntermittent Computing Programming and Energy-Adaptive Tools

How can users define computation checkpoints via annotations to optimize intermittent computing performance?

UbiComp '24User-directed assembly code transformations enabling efficient batteryless Arduino applications

helpResearch questionIntermittent Computing Programming and Energy-Adaptive Tools

What specific performance and compatibility improvements does BOOTHAMMER offer over existing tools?

UbiComp '24User-directed assembly code transformations enabling efficient batteryless Arduino applications

helpResearch questionIntermittent Computing Programming and Energy-Adaptive Tools

How can beginners easily program to support battery-free intermittent computing devices?

UbiComp '22Battery-free MakeCode: Accessible Programming for Intermittent Computing

helpResearch questionIntermittent Computing Programming and Energy-Adaptive Tools

How can a hardware-agnostic, transparent power-failure recovery mechanism be implemented in battery-free device programming?

UbiComp '22Battery-free MakeCode: Accessible Programming for Intermittent Computing

helpResearch questionIntermittent Computing Programming and Energy-Adaptive Tools

How can compilers effectively insert checkpoints to optimize the intermittent programming experience on energy-harvesting devices?

UbiComp '22Battery-free MakeCode: Accessible Programming for Intermittent Computing

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User-directed assembly code transformations enabling efficient batteryless Arduino applications

Christopher Kraemer, Will Gelder, Josiah Hester