Anticipatory Buffer Control and Quality Selection for Wireless Video Streaming. - Martin Dräxler; Johannes Blobel; Philipp Dreimann; Stefan Valentin; Holger Karl (CoRR, 2013)

SmarterPhones: Anticipatory download scheduling for wireless video streaming. - Martin Dräxler; Johannes Blobel; Philipp Dreimann; Stefan Valentin; Holger Karl (NetSys, 2015)

Anticipatory Download Scheduling in Wireless Video Streaming with Uncertain Data Rate Prediction. - Martin Dräxler; Johannes Blobel; Holger Karl (WMNC, 2015)

Energy Consumption Measurements as a Basis for Computational Offloading for Android Smartphones. - Quang-Huy Nguyen; Johannes Blobel; Falko Dressler (CSE/EUC/DCABES, 2016)

Protocol options for low power sensor network MAC using wake-up receivers with duty cycling. - Johannes Blobel; Christoph Sommer 001; Falko Dressler (ICC, 2016)

An architecture for sender-based addressing for selective sensor network wake-up receivers. - Johannes Blobel; Janis Krasemann; Falko Dressler (WoWMoM, 2016)

Demo abstract: Sender-triggered selective wake-up receiver for low-power sensor networks. - Johannes Blobel; Falko Dressler (INFOCOM Workshops, 2017)

Agriculture meets IEEE 802.11p: A Feasibility Study. - Florian Klingler; Johannes Blobel; Falko Dressler (ISWCS, 2018)

Ultra Low-Power Sensor Networks for Next Generation Wildlife Monitoring. - Falko Dressler; Margit Mutschlechner; Muhammad Nabeel; Johannes Blobel (COMSNETS, 2019)

A Flexible Real-Time Software-based Multi-Band Channel Sounder. - Muhammad Sohaib Amjad; Gurjashan Singh Pannu; Agon Memedi; Muhammad Nabeel; Johannes Blobel; Fabian Missbrenner; Falko Dressler (PIMRC, 2020)

Low-Power Downlink for the Internet of Things using IEEE 802.11-compliant Wake-Up Receivers. - Johannes Blobel; Tran Huy Vu; Archan Misra; Falko Dressler (INFOCOM, 2021)

Energy efficient communication using wake-up receivers. - Johannes Blobel (2021)

Low-Power and Low-Delay WLAN Using Wake-Up Receivers. - Johannes Blobel; Florian Menne; Dongxiao Yu; Xiuzhen Cheng 001; Falko Dressler (IEEE Trans. Mob. Comput., 2022)