ACM
Research
ChatArch: A Knowledge-driven Graph-of-thought LLM Framework for Processor Architecture Optimization
Abstract
ChatArch introduces a novel Knowledge-driven Graph-of-thought (GoT) LLM framework designed to automate and optimize the challenging process of processor architecture design. By integrating domain-specific knowledge graphs, ChatArch facilitates structured, multi-path reasoning for
Research
Quantum-Resistant FOTA: End-to-End Decentralized Firmware Updates for IoT Using Blockchain and CRYSTALS-Dilithium
Abstract
This paper presents a novel, quantum-resistant (QR) firmware update architecture designed to secure the critical Firmware Over-The-Air (FOTA) process for resource-constrained IoT devices. The system achieves end-to-end decentralization and integrity by leveraging
Research
Design of a USB RAID Controller for ARM SBC cluster server
Abstract
This paper presents the design and implementation of a novel USB RAID controller specifically engineered for ARM Single Board Computer (SBC) cluster servers. The innovation addresses significant storage and redundancy limitations inherent
Research
Towards high scalability and fine-grained parallelism on distributed HPC platforms
Abstract
Distributed High-Performance Computing (HPC) platforms face significant challenges in achieving simultaneous high scalability and fine-grained parallelism due to communication and synchronization overhead. This paper introduces a novel architecture and runtime co-design approach
Research
LOFMPL: An Open-source Logic Optimization Framework with MFFC-based Hypergraph Partition and Reinforcement Learning for Large Circuits
Abstract
LOFMPL is an open-source framework designed for advanced logic optimization, specifically targeting the challenges presented by extremely large integrated circuits. It utilizes a scalable, two-pronged optimization approach, starting with Maximal Fanout-Free Cone
Research
Hardware-Level QoS Enforcement Features: Technologies, Use Cases, and Research Challenges
Abstract
This comprehensive survey analyzes the landscape of hardware-level Quality of Service (QoS) enforcement features, critical for mitigating resource interference in modern multi-core and heterogeneous computing systems. The paper systematically reviews existing technologies,