
Explore XRP, a framework enabling user-defined storage functions in the NVMe driver using eBPF, bypassing kernel overhead for improved throughput and latency in microsecond-scale storage devices.

Explore an innovative log-structured file system that eliminates garbage collection, improving performance and efficiency in storage management through infinite partitions and interval mapping.

Explore privacy/utility trade-offs in differential privacy through a real IRS-DOE case study, examining challenges faced by data custodians when establishing data release standards.

Explore Bluebird, Azure's high-performance network virtualization system for bare-metal cloud services, offering insights into its design, implementation, and real-world performance.

Explores a novel Byzantine fault tolerant protocol for high-throughput consensus on variable bandwidth networks, optimizing blockchain performance in wide area deployments.

Explore data-parallel actors, a programming model for building scalable query serving systems, offering simplified development and enhanced functionality for distributed data processing.

Techniques to improve Horovod's communication efficiency in data parallel training, enhancing performance and scalability for deep learning frameworks on supercomputers.

Explore software multi-tenancy in hardware kernel-bypass networks, addressing challenges in network sharing policies while preserving low latency and CPU efficiency in modern datacenters.

Innovative methodology for diagnosing nanosecond-level network latencies in end-host stacks, enabling precise identification and reduction of performance bottlenecks in low-latency systems.

Discover a tool for uncovering performance anomalies in RDMA subsystems, exploring its design, implementation, and effectiveness in finding and addressing hardware-related issues.

Innovative approach to enhance network traffic analysis using binary neural networks on SmartNICs, offering improved scalability, lower latency, and higher throughput compared to traditional software-based systems.

Innovative system for IoT self-localization using ambient 5G signals, leveraging MEMS acoustic resonators to achieve high accuracy with low power consumption and without base station coordination.

Innovative ambient light communication using digital micro-mirror devices, achieving higher data rates and efficiency compared to LCD-based systems while consuming minimal power.

Explore innovative CDN design using erasure coding for improved performance, efficiency, and load balancing in content delivery networks.

Explore FPISA, a novel floating-point representation for programmable switches, enabling efficient acceleration of machine learning and query processing applications in network hardware.

Innovative method for aggregated end-to-end observability in microservices, enhancing root-cause analysis and outage prevention through Critical User Interaction attribution.

Explores memory bandwidth regulation on hybrid NVM/DRAM platforms, introducing MT^2 to detect and mitigate traffic interference, improving application performance through dynamic bandwidth throttling.

Innovative technique to extend SSD lifetimes by mitigating process variability in 3D NAND flash memory, using selective erase voltage control for weak wordlines.

Innovative approach to enhance QLC SSD endurance using WOM-v codes, reducing erase cycles by 4.4x-11.1x with minimal performance impact, promising improved reliability for high-density storage.

Innovative log-structured filesystem with transaction support, enhancing multi-file operations and garbage collection for improved performance in database systems and software installations.

Innovative data placement algorithm for log-structured storage that reduces write amplification by inferring block invalidation times, improving I/O throughput and storage efficiency.