Using IBM Content Manager for genomic data annotation and quality assurance tasks

ABSTRACT The IBM Blue Gene®/Q supercomputer is designed for highly efficient computing for problems dominated by floating-point computation. Its tar

ABSTRACT Enterprise adoption of cloud computing often requires a significant transformation of existing information technology (IT) systems and proc

ABSTRACT The heart of a Blue Gene®/Q system is the Blue Gene/Q Compute (BQC) chip, which combines processors, memory, and communication functions on

ABSTRACT The heart of a Blue Gene®/Q system is the Blue Gene/Q Compute (BQC) chip, which combines processors, memory, and communication functions on

ABSTRACT The IBM Blue Gene®/Q supercomputer is designed for highly efficient computing for problems dominated by floating-point computation. Its tar

In this paper, we explain the techniques used in IBM Blue Gene®/Q Compute chips to achieve high energy efficiency. Architectural techniques include the

In this paper, we explain the techniques used in IBM Blue Gene®/Q Compute chips to achieve high energy efficiency. Architectural techniques include the

ABSTRACT In order to understand application-level power/performance tradeoffs on current computer systems, runtime monitoring capabilities are neede

ABSTRACT In order to understand application-level power/performance tradeoffs on current computer systems, runtime monitoring capabilities are neede

ABSTRACT The principal focus areas for system software on the IBM Blue Gene®/Q include ultrascalability and high reliability while delivering the fu