Full hardware emulators are in some ways the simplest way to do emulation 就某些方面而言,完全硬件模擬器是進(jìn)行模擬的最簡單方式。
Linux supports many different forms of virtualization ranging from hardware emulators to pure hardware virtualization 從硬件模擬到完全硬件虛擬化, linux支持很多種不同形式的虛擬化。
A full hardware emulator simulates an entire machine ; not just the processor but the rest of the machine as well 完全硬件模擬器會模擬一臺完整的機(jī)器;不只是處理器,還包括機(jī)器所有其余部分。
A lot of work goes into building a full hardware emulator , but once you ve got it , everything should just work 很多工作都需要構(gòu)建一個完全硬件模擬器,但是一旦您擁有這樣一個模擬器,所有的事情就都可以迎刃而解。
Full hardware emulators have been in use for a long time , at their best for handling legacy systems and code that can take the speed hit from emulation 完全硬件模擬器已經(jīng)使用了很長時間,最適合處理速度可能受模擬影響的遺留系統(tǒng)和代碼。
Partial hardware emulators are an intermediate solution : they emulate a computer , but only a computer of the type they re actually hosted on 部分硬件模擬器是一個中間解決方案:它們模擬一臺計算機(jī),但是這臺計算機(jī)只能是與它們實(shí)際上所在的計算機(jī)類型相同的計算機(jī)。
Like full hardware emulators , systems like this will be running a full linux os environment , and your program should be fine as long as it s reasonably portable across linux systems 類似于完全硬件模擬,這樣的系統(tǒng)將運(yùn)行一個完全的linux os環(huán)境,只要您的程序能夠適當(dāng)?shù)乜鏻inux系統(tǒng)移植,那么就沒什么問題。
It presents the verification strategy used in the whole eda design flow of the chip . the simulation on module level ( inc . post - layout ) uses the software event - driven simulator , the simulation of the associated modules or whole system uses cycle - based simulator and hardware emulator , for the gate - level netlist produced by using top - down design flow , the sta tool can analyze the static timing , and more formal verification is used to ensure the correct function 本章還提出了系統(tǒng)在整個eda設(shè)計流程中的設(shè)計驗(yàn)證策略方法:模塊級的模擬(包括布線后的模擬)全部采用事件驅(qū)動式的軟件模擬工具來驗(yàn)證,各大模塊的聯(lián)合模擬及整個芯片的功能驗(yàn)證(寄存器傳輸級與門級)使用基于周期的模擬工具和硬件仿真器;對于采用top - down的設(shè)計方法得到的門級網(wǎng)表使用專門的靜態(tài)時序分析工具來進(jìn)行時序分析以及采用形式驗(yàn)證來保證正確的功能。