SIMDlane
SIMDlane is a conceptual organization for data-parallel processors in which processing elements are arranged into multiple parallel lanes. The lanes operate under a unified control stream, applying the same instruction to different data elements in parallel. The model emphasizes scalable throughput by increasing the number or width of lanes while keeping the control logic simple.
Architecturally, SIMDlane features lane-local datapaths and register files, a shared instruction scheduler, and efficient per-lane masking.
Memory and data movement for SIMDlane designs favor streaming access patterns and contiguous data layouts to
Programming and compilation for SIMDlane aim to expose vector-like operations through intrinsics or high-level languages that
Applications of SIMDlane concepts appear in discussions of multimedia, signal processing, and scientific computing workloads with