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Computing Boards for Internet of Things: A Comparative Survey
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The performance of present-day Internet of Things (IoT) computing boards
is primarily based on their architectural designs and selection of
appropriate application scenarios. This paper conducts a comprehensive
and comparative survey of 60 popular and commercially available IoT
computing boards with respect to various performance metrics. The
metrics include the capability of processor, available interfaces,
available modules for communication, available memory interfaces, power
system-related specifications, over-the-air programming capability,
Geo-location capability, shielding capability, compatibility with other
IoT computing boards, and availability of community support/integrated
development environment. Further, we highlight the selected 60 IoT
computing boards’ architectural advancements that result in diverse
real-world application capabilities. Moreover, we also discuss possible
application scenarios of the IoT computing boards and their
implementation details in the context of selected performance metrics.
Our comparative survey on the selected 60 IoT boards can be helpful for
the IoT board manufacturers and the system developers to understand the
state-of-the-art designs requirements. Furthermore, the insights can be
used to develop IoT computing boards for appropriate future application
scenarios.
Institute of Electrical and Electronics Engineers (IEEE)
Title: Computing Boards for Internet of Things: A Comparative Survey
Description:
The performance of present-day Internet of Things (IoT) computing boards
is primarily based on their architectural designs and selection of
appropriate application scenarios.
This paper conducts a comprehensive
and comparative survey of 60 popular and commercially available IoT
computing boards with respect to various performance metrics.
The
metrics include the capability of processor, available interfaces,
available modules for communication, available memory interfaces, power
system-related specifications, over-the-air programming capability,
Geo-location capability, shielding capability, compatibility with other
IoT computing boards, and availability of community support/integrated
development environment.
Further, we highlight the selected 60 IoT
computing boards’ architectural advancements that result in diverse
real-world application capabilities.
Moreover, we also discuss possible
application scenarios of the IoT computing boards and their
implementation details in the context of selected performance metrics.
Our comparative survey on the selected 60 IoT boards can be helpful for
the IoT board manufacturers and the system developers to understand the
state-of-the-art designs requirements.
Furthermore, the insights can be
used to develop IoT computing boards for appropriate future application
scenarios.
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