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Demo: In-situ Power Consumption Meter for Sensor Networks supporting Extreme Dynamic Range., , , , , and . WiNTECH@MobiCom, page 97-98. ACM, (2017)Enabling mobile sensing through a DTN framework., , , , and . WiNTECH@MobiCom, page 93-94. ACM, (2013)The NITOS Wireless Sensor Network Testbed for Experimenting with Long-Range Technologies., , , , and . IOT Companion, page 19:1-19:4. ACM, (2020)Demo: LoRa Mesh Network Experimentation in a City-Wide Testbed., , , , and . WiNTECH@MOBICOM, page 49-50. ACM, (2019)Demo: Nano Power Draw in Duty-Cycled Wireless Sensor Networks., , , , and . WiNTECH@MOBICOM, page 47-48. ACM, (2019)NITOS BikesNet: Enabling Mobile Sensing Experiments through the OMF Framework in a City-Wide Environment., , , , , and . MDM (1), page 89-98. IEEE Computer Society, (2014)Demonstration of a Vehicle-to-Infrastructure (V2I) Communication Network Featuring Heterogeneous Sensors and Delay Tolerant Network Capabilities., , , , and . TRIDENTCOM, volume 44 of Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering, page 403-405. Springer, (2012)Nano-things: pushing sleep current consumption to the limits in IoT platforms., , , , and . IOT, page 18:1-18:8. ACM, (2020)A Novel Architecture for Semi-Active Wake-Up Radios Attaining Sensitivity Beyond -70 dBm: Demo Abstract., , , and . IPSN, page 398-399. ACM, (2021)Demo: Enabling Asynchronous Awakenings in Wireless Sensor Networks Towards Removing Duty-Cycle Barriers., , , , , and . WiNTECH@MobiCom, page 95-96. ACM, (2017)