Patanjali Slpsk

We show that Software Transactional Memory (STM) systems can perform better than locks for workloads where a significant portion of the running time is spent in the critical sections. Expand

We present Gandalf, a compiler assisted hardware extension for the OpenRISC processor that thwarts all forms of memory-based attacks. Expand

We show for the first time that information such as the choices made by viewers can be revealed based on the characteristics of encrypted control traffic exchanged with Netflix. Expand

We address the various trust issues in COTS and present a list of promising design and verification solutions to address them. Expand

We propose a novel database-free and enrolment-free hardware authentication approach, i.e., a digital watermark metric for ICs that captures the characteristics of the physical layout, the manufacturing process and the foundry. Expand

In this work, we show that it is possible for a network adversary with modest capabilities to completely break the privacy offered by the schemes that leverage HTTP/2 multiplexing. Expand

We propose MeL-PUF - Memory-in-Logic PUF, a low-overhead, distributed, and synthesizable PUF that takes advantage of existing logic gates in a design and transforms them to create cross-coupled inverters (i.e. memory cells) controlled by a PUF control signal. Expand

The emergence of distributed manufacturing ecosystems for electronic hardware involving untrusted parties has given rise to diverse trust issues. Expand