A family of computers is disclosed and claimed that supports simultaneous processes from the single core up to multi-chip Program Execution Systems (PES). The instruction processing of the instructed resources is local, dispensing with the need for large VLIW memories. The cores through the PES have maximum performance for Amdahl-compliant algorithms like matrix inversion, because the multiplications do not stall and the other circuitry keeps up. Cores with log based multiplication generators improve this performance by a factor of two for sine and cosine calculations in single precision floating point and have even greater performance for loge and ex calculations. Apparatus specifying, simulating, and/or layouts of the computer (components) are disclosed. Apparatus the computer and/or its components are disclosed.
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机译：公开并要求保护一种计算机家族，其支持从单核到多芯片程序执行系统（PES）的同时处理。指令资源的指令处理是本地的，无需大型VLIW存储器。通过PES的内核对于诸如矩阵求逆之类的与Amdahl兼容的算法具有最佳性能，因为乘法不会停顿，而其他电路也会保持同步。对于单精度浮点中的正弦和余弦计算，具有基于日志的乘法生成器的内核将性能提高两倍，并且对log e 和e x 计算具有更高的性能。 。公开了指定，模拟和/或布置计算机（组件）的设备。公开了一种计算机和/或其组件的设备。
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