适合多赞助商长期展示
适合多赞助商长期展示
Jason Wei has questioned the idea that a roughly 1B-parameter model paired with browsing and code execution can match the intelligence of much larger models. In his view, tools help with retrieval and computation, but they do not fully replace knowledge and skills learned internally.
According to multiple reports quoting a post attributed to Jason Wei, he once found the “small cognitive core plus tools” argument persuasive. A small model with adequate access to search and code could, in principle, retrieve obscure facts or perform calculations. He later argued that this theoretical possibility overlooks how much users value fast and natural performance without repeated tool calls.
Wei compared the issue to learning badminton. Being able to perform each movement in isolation does not guarantee that a player can combine those movements smoothly and consistently during a real match. Similarly, a model that has internalized patterns and knowledge can respond more directly and produce broader judgments than a smaller model that must repeatedly search, interpret, and assemble information.
He also argued that repeated retrieval and derivation can reduce reliability in long-horizon tasks because mistakes may compound. Tools therefore remain valuable for extending small-model capabilities, but he believes users seeking the highest-quality intelligence will continue to benefit from larger models. This is an expert argument, not conclusive evidence that larger models dominate every task.
Source review does not guarantee permanent accuracy. Consider the original source, observation time, and later corrections.
Jason Wei 曾经认为一个10 亿参数的“认知核心”配合联网搜索、代码执行等工具就能达到大模型的效果,但后来指出这种想法是错误的。
一直有一种观点,就是小模型加Harness,就能达到大模型的智能效果: > 只需要一个10 亿参数的小模型作为“认知核心”,其余能力靠联网搜索、执行代码等工具补齐就够了。
一直有一种观点,就是小模型加Harness,就能达到大模型的智能效果: > 只需要一个10 亿参数的小模型作为“认知核心”,其余能力靠联网搜索、执行代码等工具
一直有一种观点,就是小模型加Harness,就能达到大模型的智能效果: > 只需要一个10 亿参数的小模型作为“认知核心”,其余能力靠联网搜索、执行代码等
一直有一种观点,就是小模型加Harness,就能达到大模型的智能效果: > 只 ... 能力靠联网搜索、执行代码等工具补齐就够了。 Jason Wei Show more.
一直有一种观点,就是小模型加Harness,就能达到大模型的智能效果: > 只需要一个10 亿参数的小模型作为“认知核心”,其余能力靠联网搜索、执行代码等