Abstract: Methods and apparatus are provided for use in a digital processor having a pipeline for executing instructions. The method includes monitoring instructions in the pipeline for instructions that write to a resource and instructions that read from the resource; for each instruction that writes to the resource, storing a write instruction type and write instruction tracking data; for each instruction that reads from the resource, determining a read instruction type and generating a latency value based on the write instruction type and the read instruction type; and stalling execution of the instruction that reads from the resource by a number of stall cycles in response to the latency value and the write instruction tracking data.

Abstract: A process for modifying or removing the prior powder particle boundaries and surface films from ferrous particulate metals and alloys, such as iron, low carbon steel and low alloy steel, for burnishing the clean, freshly revealed metal surfaces of the particles, and for inducing and storing energy of deformation into the surface layers of said particles. The sintering characteristics of metal powders are improved, and the most rapid sintering characteristics are produced.For example, in as-water-atomized ferrous metal particles, the surface film or skin is mostly oxides of iron and mixed oxides of the constituents of iron alloys. The skin is removed in a high velocity, turbulent whirling gas stream, which impacts the particles into each other, and the resulting burnished iron and steel cores are collected, together with the finely shattered oxide skins.