3 ms·
There are good reasons to think it’s fundamentally unsolvable within the LLM architecture. The reason LLMs are good at following instructions is because they ha
by jprete 3y ago
There are good reasons to think it’s fundamentally unsolvable within the LLM architecture. The reason LLMs are good at following instructions is because they have an enormous corpus of data. That corpus powers both the comprehension of inputs and the comstruction of outputs. Don’t forget that it’s a token predictor at the bottom! If the instructions are separate from the data, then all of that power goes away.