Accelerating Automotive Design with InfiniBand

Accelerating Automotive Software Safety with Misra and Static Analysis

Prediction of Driver’s Accelerating Behavior in the Stop and Go Maneuvers Using Genetic Algorithm-Artificial Neural Network Hybrid Intelligence

Research on vehicle longitudinal control with a stop and go system is presently one of the most important topics in the field of intelligent transportation systems. The purpose of stop and go systems is to assist drivers for repeatedly accelerate and stop their vehicles in traffic jams. This system can improve the driving comfort, safety and reduce the danger of collisions and fuel consumption....

A Portable InfiniBand Module for MPICH2/Nemesis: Design and Evaluation

With the emergence of multi-core-based processors, it is becoming significantly important to optimize both intra-node and inter-node communication in an MPI stack. MPICH2 group has recently introduced a new Nemesis-based MPI stack which provides highly optimized design for intra-node communication. It also provides modular design for different inter-node networks. Currently, the MPICH2/Nemesis ...

InfiniBand Survey

InfiniBand is a high-speed I/O interconnect technology devised by many leading industry companies. The goal is to ultimately replace onboard local interconnects with an interface that connects internal and, primarily, external devices for shared I/O at rates above 60 Gbps. Detailed here is the framework for the InfiniBand design, following the TCP/IP communications stack scheme.

Intel® True Scale Fabric Architecture: Enhanced HPC Architecture and Performance

Key Findings infiniBand* Architectures – There are two types of InfiniBand architectures available today in the marketplace, the first being the traditional InfiniBand design, created as a channel interconnect for the data center. The latest InfiniBand architecture was built with HPC in mind. This enhanced HPC fabric offering is optimized for key interconnect performance factors, featuring MPI ...