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Oracle separation of complexity classes and lower bonnets for perceptions solving separation problems

机译:Oracle分离复杂性类和较低的引擎盖,以解决分离问题

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In the first part of the paper we prove that, relative to a random oracle, the cl"s NP cantatas infinite sets having no mfinite GoNP-mibsots (Co-NP-immune sets) In the swmid part we prove that perceptrona separating Boolean matrices in which each niw contains o Jt one 1 from matrices in which many rows (say 99% of them) liavt? ao V& auutt h"ve either targe am or large order. This result partially strengthetjj the "anft-in-a-bex" th"6ram of M husky and Popart [1G] which states that perceptrons of niaall ordw cannot decide if every row of a given Boolean matrix has a 1. As a corollary, Wi prove that AM H Co-AM g PP.under some oracles.
机译:在本文的第一部分中,我们证明,相对于随机预言,没有无限GoNP-mibsots(共-NP-免疫集)的cl's NP cantatas无限集在游标部分中,我们证明了感知器分离布尔矩阵其中每个新词都包含来自矩阵的J 1,其中许多行(例如,其中的99%)行进或交出大笔订单。该结果部分地增强了M husky和Popart [1G]的“ aft-a-bex” 6ram,该状态指出niaall ordw的感知器无法确定给定布尔矩阵的每一行是否具有1。作为推论, Wi在某些预言下证明了AM H Co-AM g PP.。

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