instruction n. 1.教育,教導。 2.教訓,教誨。 3.〔 pl.〕 指令,訓令,指示,細目。 give sb. instructions to do sth. 命令某人做什么。 an instruction book 說明書。 maintenance instructions 維護說明。 operating instructions 業(yè)務[工作]須知,操作規(guī)程。 ask for instruction 請示。 give instruction in 教授。 give instructions to 訓令。 receive in instruction 接受指導。
Any compiler that imports metadata with one or more fields marked as volatile must use instructions prefixed with 對于任何編譯器,如果導入的元數(shù)據(jù)具有一個或多個標記為易失的字段,則編譯器必須使用以
The instruction encoding is designed so that commonly used instructions and ones with fewer operands require a smaller number of bytes than do less common ones or ones with more operands 這種指令編碼的目的,是為了使常用指令和具有較少操作數(shù)的指令比那些不常用指令或者具有較多操作數(shù)的指令占用更少的字節(jié)數(shù)。
We propose two implementations of momr : one employs only hardware changes while the other uses instruction set architecture support . we show that momr execution leverages available resources in typical multi - issue processors with minimal additional cost 我們提出了momr的兩種實現(xiàn):一是利用硬件的改變而是使用instruction set architecture指令集體系結構,簡稱isa的支持。
This paper mainly focuses on the following three field : system structure , system hw / sw ( hardware / software ) partition . synthesis and verification . and presents a hw / sw co - design method based on ip ( intellectual property ) core . we use this method to design asip , and verify this virtual machine using instruction codes , ac - 3 codes and ts ( transport stream ) flow 本文從芯片系統(tǒng)的整體入手,重點從系統(tǒng)的結構、軟硬件分割以及芯片系統(tǒng)的設計驗證三個方面對該芯片系統(tǒng)的設計做了深入的研究,提出了一種基于ip核的軟硬件協(xié)同設計方法,運用該方法對asip進行設計,并采用虛擬機的模型,采用指令集程序、 ac - 3解碼程序、 ts流程序進行仿真驗證。
Abstract : intelligent and computer simulation training system for steelmaking of conevrter has been developed by combining cai with techniques of ai and computer simulation . the system which include four training layers combined theoretical training with practical training , and made the instruction and training intelligent , individualized and imaged by using instruction model , student model and simulation model 文摘:將人工智能技術和計算機模擬技術引入cai ,建立了用于轉爐煉鋼教學與培訓的計算機模擬仿真智能培訓系統(tǒng).該系統(tǒng)分為4個層次,將理論培訓與實踐培訓相結合,并通過教學模型、學生模型和仿真模型實行智能化、個別化和形象化教學與培訓