Onur Mutlu

The paper characterizes Homomorphic Encryption (HE) operations on a real-world Processing-In-Memory (PIM) system, demonstrating that while PIM is a viable alternative to CPUs/GPUs, performance is limited by the lack of native modular multiplication and insufficient per-bank memory capacity.

This paper investigates the potential of real-world Processing-in-Memory (PIM) architectures, specifically using UPMEM, to accelerate cryptographic algorithms, demonstrating that distributing computation across multiple memory ranks significantly improves performance.

Ramulator 2.1 is an updated DRAM simulator with improved support for modern features, better usability, and comprehensive testing.

The authors of Ramulator 2.0 simulator challenge the claims made in a research paper about its performance and propose best practices to avoid simulator usage errors.

This paper investigates and mitigates the interference phenomenon PuDGhost in Processing-using-DRAM (PuD) systems.

The paper demonstrates the DejaVu phenomenon in DRAM cells and its effects on read disturbance vulnerability.

The Arch4Health initiative aims to optimize computing systems for high-performance, energy-efficient, low-cost, private, and secure analysis of biological data.

This paper proposes Clutch, a method to accelerate vector-scalar comparisons in Processing-using-DRAM systems.

The paper introduces COSM, a cooperative scheduling framework to facilitate concurrent operation of Processing-in-Memory (PIM) and CPU tasks on mobile platforms, improving PIM throughput by up to 2.8x with less than 2.0% CPU performance loss.

Valinor is a hardware-OS cooperative memory allocation substrate that introduces a programmable hardware allocation engine for improving performance and reducing energy consumption in virtual-to-physical mappings.

This paper investigates the benefits and challenges of using high-bandwidth flash for large language model inference, showing potential for increased batch size, throughput, and flexibility.

This paper proposes HULK, an efficient homomorphic encryption algorithm that enables fast bulk bitwise operations on encrypted data.

This paper proposes GUMPIM, a PIM system that enables interleaved CPU and PIM pages to coexist in a single memory space.