This paper reviews thermal management challenges encountered in a wide range of
electronics cooling applications from large-scale (data center and telecommunication) to …

To improve mobile experience of users, recent mobile devices have adopted powerful
processing units (CPUs and GPUs). Unfortunately, the processing units often consume a …

Heterogeneous multiprocessor systems-on-chip (MPSoCs) powering mobile platforms
integrate multiple asymmetric CPU cores, a GPU, and many specialized processors. When …

State-of-the-art mobile platforms are powered by heterogeneous system-on-chips that
integrate multiple CPU cores, a GPU, and many specialized processors. Competitive …

State-of-the-art thermal management techniques independently throttle the frequencies of
high-performance multi-core CPU and powerful graphics processing units (GPU) on …

DVFS (dynamic voltage and frequency scaling) is a system-level technique that adjusts
voltage and frequency levels of CPU/GPU at runtime to balance energy efficiency and high …

Overheating smartphones could hamper user experiences. While there have been
numerous reports on smartphone overheating, a systematic measurement and user …

Due to limits on the availability of the energy source in many mobile user platforms (ranging
from handheld devices to portable electronics to deeply embedded devices) and concerns …

Wearable thermal imaging is emerging as a powerful and increasingly affordable sensing
technology. Current thermal imaging solutions are mostly based on uncooled forward …

One of the biggest problems facing future mobile systems beyond 5G (B5G) is the energy
dissipation of mobile devices at high data rates. The heat generated by these devices can …