This paper aims to improve the energy efficiency of LoRa by enabling LoRa nodes to operate in a downclocked 'light sleep' mode for packet reception.
This paper aims to improve the energy efficiency of LoRa by enabling LoRa nodes to operate in a downclocked 'light sleep' mode for packet reception.
This project presents a novel communication paradigm that enables parallel demodulation of colliding LoRa transmissions.
In this project, we propose a new power-saving strategy for screen-off Wi-Fi communications.
In this work, we design a simple yet effective error recovery code that uses XOR code to minimize delay and uses RSSI-hinted approach to detect in-packet corruptions without CRC.
This project proposes a novel sender impact metric which jointly exploits link quality and spatial link diversity to calculate the gain/cost ratio of the sender candidates.
We propose ReLog which consists of a programming language, a compiler, and a virtual machine to support reprogramming in wireless sensor networks.
This paper aims to improve the energy efficiency of LoRa by enabling LoRa nodes to operate in a downclocked 'light sleep' mode for packet reception.