Exploiting Predictability in Dynamic Network Communication for Power-Efficient Data Transmission in LTE Radio Systems. - Peter Brand; Jonathan Ah Sue; Johannes Brendel; Joachim Falk; Ralph Hasholzner; Jürgen Teich; Stefan Wildermann (SCOPES, 2017)

Reinforcement Learning for Power-Efficient Grant Prediction in LTE. - Peter Brand; Joachim Falk; Jonathan Ah Sue; Johannes Brendel; Ralph Hasholzner; Jürgen Teich (SCOPES, 2018)

A predictive dynamic power management for LTE-Advanced mobile devices. - Jonathan Ah Sue; Peter Brand; Johannes Brendel; Ralph Hasholzner; Joachim Falk; Jürgen Teich (WCNC, 2018)

Symmetry-Eliminating Design Space Exploration for Hybrid Application Mapping on Many-Core Architectures. - Tobias Schwarzer; Andreas Weichslgartner; Michael Glaß; Stefan Wildermann; Peter Brand; Jürgen Teich (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2018)

Optimizing Exploratory Workflows for Embedded Platform Trace Analysis and Its Application to Mobile Devices. - Jonathan Ah Sue; Peter Brand; Joachim Falk; Ralph Hasholzner; Jürgen Teich (HCI (LBP), 2019)

Clustering-Based Scenario-Aware LTE Grant Prediction. - Peter Brand; Muhammad Sabih; Joachim Falk; Jonathan Ah Sue; Jürgen Teich (WCNC, 2020)

Simulating Realistic IoT Network Traffic Using Similarity-based DSE. - Peter Brand; Joachim Falk; Tanja Maier; Jürgen Teich (CSCI, 2021)

Multi-Step Ahead Grant Prediction for Dynamic Power Management in Cellular Modems. - Peter Brand; Joachim Falk; Eduard Potwigin; Jürgen Teich (ISNCC, 2021)

Adaptive Predictive Power Management for Mobile LTE Devices. - Peter Brand; Joachim Falk; Jonathan Ah Sue; Johannes Brendel; Ralph Hasholzner; Jürgen Teich (IEEE Trans. Mob. Comput., 2021)

Grant Prediction-based Dynamic Power Management for 5G to Reduce Mobile Device Energy Consumption. - Peter Brand; Benjamin Hackenberg; Joachim Falk; Jürgen Teich (IWCMC, 2022)

Reducing Mobile Device Modem Energy via Adaptive and Power-efficient Hybrid Online/Offline Grant Prediction for the Protocol Standards LTE and 5G (Reduzierung des Energieverbrauchs von Modems mobiler Endgeräte mittels adaptiver und energieeffizienter hybrider Online-/Offline-Vorhersage von Zugriffsvergaben für die Protokollstandards LTE und 5G) - Peter Brand (2023)