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Equation 36 · Shrink It, Train It Small, or Search for It: The Main Strategies for Small Models, Compared

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CtrainC_{\text{train}}

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CtrainC_{\text{train}}

Symbol C_train

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subscript

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Compression pays mostly CreuseC_{\text{reuse}} , a documented small fraction of a from-scratch training cost [ 3 ] , but only if a suitable large model is available to reuse in the first place. Training small on purpose pays CcurateC_{\text{curate}} and CtrainC_{\text{train}} in full, with no discount, in exchange for a model that inherits nothing it was not deliberately given. Architecture search pays CsearchC_{\text{search}} , which can be enormous when paid fresh per target [ 7 ] or amortized across many targets when paid once as a supernet [ 10 ] , on top of whatever strategy trains the architecture it discovers. Sparse mixture-of-experts is the odd one out in this accounting: its saving shows up only in \bar…
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Compression pays mostly CreuseC_{\text{reuse}} , a documented small fraction of a from-scratch training cost [ 3 ] , but only if a suitable large model is available to reuse in the first place. Training small on purpose pays CcurateC_{\text{curate}} and CtrainC_{\text{train}} in full, with no discount, in exchange for a model that inherits nothing it was not deliberately given. Architecture search pays CsearchC_{\text{search}} , which can be enormous when paid fresh per target [ 7 ] or amortized across many targets when paid once as a supernet [ 10 ] , on top of whatever strategy trains the architecture it discovers. Sparse mixture-of-experts is the odd one out in this accounting: its saving shows up only in cˉtok\bar c_{\text{tok}} , the cost per served token, and it does essentially nothing to relax the constraint MresidentM_{\text{resident}} ≤\le BmemB_{\text{mem}} that the other three strategies are built specifically to satisfy [ 13 , 12 ] .

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