SVE Instruction List by Dougall Johnson
SUDOT: Signed by unsigned integer indexed dot product
SUDOT Zda.S, Zn.B, Zm.B[imm] (SVE+I8MM (SME+I8MM
svint32_t svsudot_lane[_s32](svint32_t op1, svint8_t op2, svuint8_t op3, uint64_t imm_index)
128-bit SVE
For each group of four unsigned 8-bit integers from (1) and signed 8-bit integers from (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the group of four values used from (1) is specified by imm.
256-bit SVE
For each group of four unsigned 8-bit integers from (1) and signed 8-bit integers from (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the group of four values used from (1) is specified by imm.
512-bit SVE
For each group of four unsigned 8-bit integers from (1) and signed 8-bit integers from (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the group of four values used from (1) is specified by imm.
Larger sizes
1024-bit SVE
For each group of four unsigned 8-bit integers from (1) and signed 8-bit integers from (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the group of four values used from (1) is specified by imm.
2048-bit SVE
For each group of four unsigned 8-bit integers from (1) and signed 8-bit integers from (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the group of four values used from (1) is specified by imm.
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Inspired by and based on the x86/x64 SIMD Instruction List by Daytime.