Improving Energy Autonomy in Bluetooth Smart Devices and Applications
A special issue of Journal of Low Power Electronics and Applications (ISSN 2079-9268).
Deadline for manuscript submissions: closed (31 May 2017) | Viewed by 202
Special Issue Editor
Interests: low-power embedded systems; wireless systems; wearables; applications of printed electronics; asynchronous systems; power management; low-power sensors; energy harvesting; microprocessor architectures
Special Issue Information
Dear Colleagues,
Since the introduction of Bluetooth 4.0 in 2010, millions of devices that support that standard have been shipped. This unprecedented deployment of wireless technology in such a short time has to do (in part) with its integration in popular consumer devices, such as smartphones, tablets, personal computers, smart watches, sensors, fitness devices, beacons, etc. Some of these devices will serve as “natural” user interfaces and gateways for many applications, making Bluetooth Smart a strong Wireless Personal Area Network candidate for the Internet of Things (IoT). Bluetooth Smart (also known as BLE) and Bluetooth Smart Ready have been designed to work with little energy. However, improvement both at component, concept and application levels is required to enable a consumer friendly deployment of billions of devices. This can be well understood in the light of the foreseen staggering predictions for IoT devices. Bluetooth Smart enabled peripherals mostly rely on batteries as their energy source. Maintenance issues (finding those devices and exchanging batteries) are therefore poised to become a major problem as the number of installed peripherals grows, unless ways are found to extend battery life or even to do without them (using energy harvesting).
This Special Issue will focus on ways of improving the energy autonomy of Bluetooth Smart applications. That includes (but is not limited to) concepts, systems, devices, firmware, algorithms, etc. Contributions that deal with such issues (either within an application or without) are welcome.
Prof. Marcel Meli
Guest Editor
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Keywords
- Low-power wireless embedded systems
- Energy autonomy
- Energy harvesting
- Low-power scheduling and wake-up concepts
- Low-power algorithms
- Low-power firmware
- Power management
- Beacons with Bluetooth Smart
- Sensors fitted with Bluetooth smart
- Low-power mesh concepts for Bluetooth Smart
- Bluetooth Smart based Personal Area Networks for Internet of Things
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