CISE Research Instrumentation: Architectural Enhancement for Connection Machine Environment

波士顿大学打算购买 Thinking Machines Corporation CM-5 型连接机，以增强波士顿大学的大规模并行科学计算环境。该奖项用于购买 20 GB CM-5 磁盘阵列单元。该设备将用于支持冷冻分子动力学模拟、神经网络模拟、量子化学计算、高能物理粒子跟踪模拟、等离子体模拟和N体系统混沌等研究。需要对大型常微分方程组和/或大型矩阵系统进行高精度求解的基于计算的研究将在波士顿大学的增强型大规模并行科学计算环境中进行。波士顿大学收购了 Thinking Machines 的 CM-5 机器，并从该奖项中获得了 20 GB 的 CM-5 磁盘阵列单元，这将使波士顿大学能够支持分子动力学、神经网络、量子化学、粒子跟踪和等离子体模拟方面的项目。

Boston University intends to buy a Thinking Machines Corporation Connection Machine, Model CM-5 to enhance Boston University's massively parallel scientific computing environment. This award is for the purchase of a 20 Gigabyte CM-5 disk array unit. The equipment will be used to support research in molecular dynamics simulation of freezing, simulation of neural networks, quantum chemistry calculations, high energy physics particle tracking simulations, plasma simulations and chaos in N-body systems. Computationally-based research which requires high precision solutions of large systems of ordinary differential equations and /or large matrix systems, will be pursued on-site at Boston University in its enhanced massively parallel scientific computing environment. Its acquisition of a Thinking Machines' CM-5 Machine, and from this award, a 20 Gigabyte CM-5 disk array unit, will enable Boston University to support projects in molecular dynamics, neural networks, quantum chemistry, particle tracking and plasma simulation.