System-level power consumption modeling of a SoC for WSN applications

Review on condition monitoring techniques for water pipelines

“…Existing WPM systems are built on the Application-Specific Integrated Circuit (ASIC), DSP and Field Programmable Gate Array (FPGA) architectures. A System-on-Chip (SoC) based approach has also been proposed in literature [149]. However, a comprehensive study for SoC and IoT based architectures to evaluate the performance in terms of reliability, management, and power consumption for WPM systems is still scarce [150].…”

Towards realisation of wireless sensor network‐based water pipeline monitoring systems: a comprehensive review of techniques and platforms

“…Nowadays, the trend in WSNs is based on the conception and the implementation of an SoC solution, which involves all or some functional units (processing, communication, acquisition and power supply) in the same single chip. For example in [45], authors present the modelling, simulation and estimation of power consumption of nodes made up of SoC for WSN applications using SystemC/TLM. The SoC contains an microprocessor without interlocked pipeline stages (MIPS)-based processor, a memory, a bus, a timer, a transceiver and a battery.…”

Response surface methodology based power consumption and RF propagation analysis and optimization on XBee WSN module

“…Voltage values of the WSN node are directly acquired and accessible to the DAQ. In order to display the acquired data an application was designed in LabVIEW environment where the power consumed by the module is calculated as [18]:…”