An energy-harvesting wireless sensor node (WSN) integrates a 14-nm, 0.79-mm 2, 32-b
Intel Architecture corebased near-threshold voltage (NTV) microcontroller (MCU) that …

In this brief, a practical power optimization method that calculates the optimal power supply
and body bias voltages, for a given target operational frequency and a temperature, is …

In FDSOI, sophisticated body biasing schemes can greatly reduce leakage or improve
performance as well as efficiency. This paper proposes algorithms to determine body bias …

The rapid growth in microprocessor's performance increases the power consumption
significantly, resulting in rising microprocessor and system temperatures. High temperatures …

Aggressive scaling of metal oxide semiconductor (MOS) devices have resulted in the use of
ultrathin gate oxides, which in turn enhanced the device performance. This work examines …

The low-power multi-sensor system with task scheduling and autonomous standby mode
transition control for IoT applications are proposed, which achieves almost zero standby …

For low power yet high performance processing in battery driven devices, a coarse grained
reconfigurable accelerator called Cool Mega Array (CMA)-SOTB is implemented by using …

It is essential for any embedded systems and increasing popularity of Internet of Things (IoT)
be energy efficient. Such systems tend to work intermittently and reducing leakage in the idle …

In digital system, the full adders are fundamental circuits that are used for arithmetic
operations. Adder operation can be used to implement and perform calculation of the …

IoT (Internet of Things) devices tend to work intermittently, and the leakage power reduction
in the sleeping state is essential. Although giving the reverse body bias to the back gate of …