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[Model] Group support for int8/int4 models #461

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[Model] Group support for int8/int4 models #461

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6346414
Load and convert scales/zeros with groupsize
xiangzez Jun 7, 2024
d8ddd84
Bug fix
xiangzez Jun 25, 2024
8b56ed9
Change xdnn api
xiangzez Jun 26, 2024
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10 changes: 7 additions & 3 deletions src/common/transformer_ctx.h
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Original file line number Diff line number Diff line change
Expand Up @@ -86,6 +86,9 @@ struct DecoderContext {
float attFactor;
float epsilon;

// quantization configuration
int groupsize;

// rope scaling parameters
RopeParams *ropeParamsPtr;

Expand Down Expand Up @@ -132,7 +135,7 @@ struct DecoderContext {
DecoderContext(int _layers, int _hiddenSize, int _headSize, int _attHeadNum, int _kvHeadNum, int _imSize, const std::string &act,
float epsilon, int _vocabSize, int _embeddingSize, int _maxPositions, int _maxPosEmbed, int _maxSeqLength,
int _splitIdx, int _splits, MMHelper *mmHelper, void *device = nullptr, int _ppSize = 1, int _ppRank = 0, RopeParams *_ropeParamsPtr = nullptr,
bool _useLogN = true, bool _useNTK = true, int numThreads = 0)
bool _useLogN = true, bool _useNTK = true, int numThreads = 0, int _groupsize = -1)
: layers(_layers)
, hiddenSize(_hiddenSize)
, attHeadSize(_headSize)
Expand All @@ -153,7 +156,8 @@ struct DecoderContext {
, ppRank(_ppRank)
, tpSize(_splits)
, tpRank(_splitIdx)
, epsilon(epsilon) {
, epsilon(epsilon)
, groupsize(_groupsize) {
if (attHeadNum != 0) {
this->attFactor = 1 / sqrtf(attHeadSize);
}
Expand Down Expand Up @@ -325,4 +329,4 @@ struct DecoderContext {
if (this->rawBuffer) xft::dealloc(this->rawBuffer, this->device);
#endif
}
};
};
56 changes: 30 additions & 26 deletions src/layers/attention.h
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Original file line number Diff line number Diff line change
Expand Up @@ -123,23 +123,27 @@ class Attention {
float *concatScale = nullptr;
float *concatZero = nullptr;
if constexpr (std::is_same_v<OriWeiT, int8_t> || std::is_same_v<OriWeiT, uint4x2_t>) {
concatScale = (float *)malloc(responsibleCols * sizeof(float));
concatZero = (float *)malloc(responsibleCols * sizeof(float));
memcpy(concatScale, queryScale + this->startQHead * headSize, qResponsibleCols * sizeof(float));
memcpy(concatScale + qResponsibleCols, keyScale + this->startKVHead * headSize,
int qkvStride = (ctx->attHeadNum + ctx->kvHeadNum + ctx->kvHeadNum) * ctx->attHeadSize;
int groups = ctx->groupsize == -1 ? 1 : hiddenSize / ctx->groupsize;
concatScale = (float *)malloc(groups * responsibleCols * sizeof(float));
concatZero = (float *)malloc(groups * responsibleCols * sizeof(float));
for (int i = 0; i < groups; ++i) {
memcpy(concatScale + i * responsibleCols, queryScale + i * qkvStride + this->startQHead * headSize, qResponsibleCols * sizeof(float));
memcpy(concatScale + i * responsibleCols + qResponsibleCols, keyScale + i * qkvStride + this->startKVHead * headSize,
kvResponsibleCols * sizeof(float));
memcpy(concatScale + qResponsibleCols + kvResponsibleCols, valueScale + this->startKVHead * headSize,
memcpy(concatScale + i * responsibleCols + qResponsibleCols + kvResponsibleCols, valueScale + i * qkvStride + this->startKVHead * headSize,
kvResponsibleCols * sizeof(float));
memcpy(concatZero, queryZero + this->startQHead * headSize, qResponsibleCols * sizeof(float));
memcpy(concatZero + qResponsibleCols, keyZero + this->startKVHead * headSize,
memcpy(concatZero + i * responsibleCols, queryZero + i * qkvStride + this->startQHead * headSize, qResponsibleCols * sizeof(float));
memcpy(concatZero + i * responsibleCols + qResponsibleCols, keyZero + i * qkvStride + this->startKVHead * headSize,
kvResponsibleCols * sizeof(float));
memcpy(concatZero + qResponsibleCols + kvResponsibleCols, valueZero + this->startKVHead * headSize,
memcpy(concatZero + i * responsibleCols + qResponsibleCols + kvResponsibleCols, valueZero + i * qkvStride + this->startKVHead * headSize,
kvResponsibleCols * sizeof(float));
}
}

xft::Matrix<WeiT> convertedqkvWeight;
ctx->mmHelper->convertWeight(trans, hiddenSize, responsibleCols, concatBuf, concatScale, concatZero,
convertedqkvWeight, qkvWeightScale, qkvWeightZero, qkvWeightSum);
convertedqkvWeight, qkvWeightScale, qkvWeightZero, qkvWeightSum, ctx->groupsize);

#ifdef XFT_GPU
xft::Matrix<WeiT> qkvWeightT;
Expand Down Expand Up @@ -182,7 +186,7 @@ class Attention {
xft::Matrix<WeiT> convertedOutWeight;
ctx->mmHelper->convertWeight(trans, ctx->attHeadNum * ctx->attHeadSize, hiddenSize, attnOutWeight, attnOutScale,
attnOutZero, this->startQHead * headSize, qResponsibleCols, false, convertedOutWeight,
attnOutputWeightScale, attnOutputWeightZero, attnOutputWeightSum, true);
attnOutputWeightScale, attnOutputWeightZero, attnOutputWeightSum, ctx->groupsize, true);

#ifdef XFT_GPU
xft::Matrix<WeiT> outWeightT;
Expand Down Expand Up @@ -289,11 +293,11 @@ class Attention {
if (qkvBias.Size() == 0) {
ctx->mmHelper->compute(false, imBuffer.Rows(), qkvWeight.Cols(), imBuffer.Cols(), 1.0f, imBuffer.Data(),
imBuffer.Stride(), qkvWeight.Data(), qkvWeightScale.Data(), qkvWeightZero.Data(),
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride());
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride(), ctx->groupsize);
} else {
ctx->mmHelper->compute_bias(false, imBuffer.Rows(), qkvWeight.Cols(), imBuffer.Cols(), 1.0f,
imBuffer.Data(), imBuffer.Stride(), qkvWeight.Data(), qkvWeightScale.Data(), qkvWeightZero.Data(),
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride(), qkvBias.Data());
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride(), qkvBias.Data(), ctx->groupsize);
}
t2.release();

Expand Down Expand Up @@ -405,26 +409,26 @@ class Attention {
ctx->mmHelper->compute_residential(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(),
1.0f, attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(),
attnOutputWeightScale.Data(), attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f,
outBuffer.Data(), outBuffer.Stride(), pbias, inputBuffer.Data(), inputBuffer.Stride());
outBuffer.Data(), outBuffer.Stride(), pbias, inputBuffer.Data(), inputBuffer.Stride(), ctx->groupsize);
} else {
float *pbias = attnOutputBias.Data();
if (attnOutputBias.Size() == 0) { pbias = nullptr; }
ctx->mmHelper->compute_resext(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(), 1.0f,
attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(), attnOutputWeightScale.Data(),
attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f, outBuffer.Data(),
outBuffer.Stride(), pbias, gamma, inputBuffer.Data(), inputBuffer.Stride());
outBuffer.Stride(), pbias, gamma, inputBuffer.Data(), inputBuffer.Stride(), ctx->groupsize);
}
} else {
if (attnOutputBias.Size() == 0) {
ctx->mmHelper->compute(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(), 1.0f,
attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(), attnOutputWeightScale.Data(),
attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f, outBuffer.Data(),
outBuffer.Stride());
outBuffer.Stride(), ctx->groupsize);
} else {
ctx->mmHelper->compute_bias(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(), 1.0f,
attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(), attnOutputWeightScale.Data(),
attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f, outBuffer.Data(),
outBuffer.Stride(), attnOutputBias.Data());
outBuffer.Stride(), attnOutputBias.Data(), ctx->groupsize);
}
}
t5.release();
Expand Down Expand Up @@ -495,11 +499,11 @@ class Attention {
if (qkvBias.Size() == 0) {
ctx->mmHelper->compute(false, imBuffer.Rows(), qkvWeight.Cols(), imBuffer.Cols(), 1.0f, imBuffer.Data(),
imBuffer.Stride(), qkvWeight.Data(), qkvWeightScale.Data(), qkvWeightZero.Data(),
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride());
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride(), ctx->groupsize);
} else {
ctx->mmHelper->compute_bias(false, imBuffer.Rows(), qkvWeight.Cols(), imBuffer.Cols(), 1.0f,
imBuffer.Data(), imBuffer.Stride(), qkvWeight.Data(), qkvWeightScale.Data(), qkvWeightZero.Data(),
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride(), qkvBias.Data());
qkvWeightSum.Data(), 0.0f, qkvGroupMatMul.Data(), qkvGroupMatMul.Stride(), qkvBias.Data(), ctx->groupsize);
}
t2.release();

Expand Down Expand Up @@ -588,26 +592,26 @@ class Attention {
ctx->mmHelper->compute_residential(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(),
1.0f, attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(),
attnOutputWeightScale.Data(), attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f,
outBuffer.Data(), outBuffer.Stride(), pbias, inputBuffer.Data(), inputBuffer.Stride());
outBuffer.Data(), outBuffer.Stride(), pbias, inputBuffer.Data(), inputBuffer.Stride(), ctx->groupsize);
} else {
float *pbias = attnOutputBias.Data();
if (attnOutputBias.Size() == 0) { pbias = nullptr; }
ctx->mmHelper->compute_resext(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(), 1.0f,
attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(), attnOutputWeightScale.Data(),
attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f, outBuffer.Data(),
outBuffer.Stride(), pbias, gamma, inputBuffer.Data(), inputBuffer.Stride());
outBuffer.Stride(), pbias, gamma, inputBuffer.Data(), inputBuffer.Stride(), ctx->groupsize);
}
} else {
if (attnOutputBias.Size() == 0) {
ctx->mmHelper->compute(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(), 1.0f,
attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(), attnOutputWeightScale.Data(),
attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f, outBuffer.Data(),
outBuffer.Stride());
outBuffer.Stride(), ctx->groupsize);
} else {
ctx->mmHelper->compute_bias(false, attnSplit.Rows(), attnOutputWeight.Cols(), attnSplit.Cols(), 1.0f,
attnSplit.Data(), attnSplit.Stride(), attnOutputWeight.Data(), attnOutputWeightScale.Data(),
attnOutputWeightZero.Data(), attnOutputWeightSum.Data(), 0.0f, outBuffer.Data(),
outBuffer.Stride(), attnOutputBias.Data());
outBuffer.Stride(), attnOutputBias.Data(), ctx->groupsize);
}
}
t5.release();
Expand Down Expand Up @@ -1183,15 +1187,15 @@ class Attention {

// query, key, value weighs
xft::Matrix<WeiT> qkvWeight;
xft::Vector<float> qkvWeightScale; // if weight is int8
xft::Vector<float> qkvWeightZero; // if weight is int8
xft::Matrix<float> qkvWeightScale; // if weight is int8
xft::Matrix<float> qkvWeightZero; // if weight is int8
xft::Vector<float> qkvWeightSum; // if weight is int8
// query, key, value bias
xft::Vector<float> qkvBias;

xft::Matrix<WeiT> attnOutputWeight;
xft::Vector<float> attnOutputWeightScale; // if weight is int8
xft::Vector<float> attnOutputWeightZero; // if weight is int8
xft::Matrix<float> attnOutputWeightScale; // if weight is int8
xft::Matrix<float> attnOutputWeightZero; // if weight is int8
xft::Vector<float> attnOutputWeightSum; // if weight is int8
xft::Vector<float> attnOutputBias;

Expand Down
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