VHDL的英文全写是：VHSIC（Very High Speed Integrated Circuit）Hardware Description Language.翻译成中文就是超高速集成电路硬件描述语言。随着计算机技术和大规模集成电路技术的发展，在涉及计算机应用、通信、自动化等领域的电子系统设计工作中，都使用新型的硬件描述语言VHDL来设计。计算机中许多重要的元件，包括CPU都可用硬件描述语言来设计和表达。
传统的CPU设计使用的芯片种类繁多，实验中需要花许多时间进行大量的连线，系统的可靠性低，由于芯片或连线出现的各种故障排查困难。而利用EDA技术形成CPU，不受硬件条件的控制，可根据实际要求定制合适的CPU。本文详细介绍了CPU的设计流程，并用VHDL实现了一个16位的CPU。
VHDL的英文全写是：VHSIC（Very High Speed Integrated Circuit）Hardware Description Language.翻译成中文就是超高速集成电路硬件描述语言。随着计算机技术和大规模集成电路技术的发展，在涉及计算机应用、通信、自动化等领域的电子系统设计工作中，都使用新型的硬件描述语言VHDL来设计。计算机中许多重要的元件，包括CPU都可用硬件描述语言来设计和表达。
VHDL English writing all is VHSIC (to High Speed, the vehicle Hardware Description Language) done translate ulsg j is Integrated Circuit Hardware Description Language. Along with the computer technology and large scale integrated circuit technology development, involving computer application, communication, automation and other areas of electronic system design work, are using new hardware description language VHDL to design. Many important components in the computer, including the CPU can be used to design the hardware description language and expression.
自己翻译的，请采纳
VHDL English writing all is VHSIC (to High Speed, the vehicle Hardware Description Language) done translate ulsg j is Integrated Circuit Hardware Description Language. Along with the computer technology and large scale integrated circuit technology development, involving computer application, communication, automation and other areas of electronic system design work, are using new hardware description language VHDL to design. Many important components in the computer, including the CPU can be used to design the hardware description language and expression.
自己翻译的，请采纳
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第1个回答 2011-04-22
VHDL English writing all is VHSIC (to High Speed, the vehicle Hardware Description Language) done translate ulsg j is Integrated Circuit Hardware Description Language. Along with the computer technology and large scale integrated circuit technology development, involving computer application, communication, automation and other areas of electronic system design work, are using new hardware description language VHDL to design. Many important components in the computer, including the CPU can be used to design the hardware description language and expression.
The traditional CPU design USES chips sort is various, experiments need to spend a lot of time for a lot of attachment, the system reliability is low, chips or attachment occurred due to various kinds of any troubleshooting difficulties. While using EDA technique to form CPU, from hardware conditions control, but according to actual requirements for a custom fit the CPU. This paper introduces the design process of the CPU, and VHDL implements a 16-bit CPU.
The traditional CPU design USES chips sort is various, experiments need to spend a lot of time for a lot of attachment, the system reliability is low, chips or attachment occurred due to various kinds of any troubleshooting difficulties. While using EDA technique to form CPU, from hardware conditions control, but according to actual requirements for a custom fit the CPU. This paper introduces the design process of the CPU, and VHDL implements a 16-bit CPU.
第2个回答 2011-04-26
VHDL English writing all is VHSIC (to High Speed, the vehicle Hardware Description Language) done translate ulsg j is Integrated Circuit Hardware Description Language. Along with the computer technology and large scale integrated circuit technology development, involving computer application, communication, automation and other areas of electronic system design work, are using new hardware description language VHDL to design. Many important components in the computer, including the CPU can be used to design the hardware description language and expression.
The traditional CPU design USES chips sort is various, experiments need to spend a lot of time for a lot of attachment, the system reliability is low, chips or attachment occurred due to various kinds of any troubleshooting difficulties. While using EDA technique to form CPU, from hardware conditions control, but according to actual requirements for a custom fit the CPU. This paper introduces the design process of the CPU, and VHDL implements a 16-bit CPU.
是对的哦，没有抄袭！
The traditional CPU design USES chips sort is various, experiments need to spend a lot of time for a lot of attachment, the system reliability is low, chips or attachment occurred due to various kinds of any troubleshooting difficulties. While using EDA technique to form CPU, from hardware conditions control, but according to actual requirements for a custom fit the CPU. This paper introduces the design process of the CPU, and VHDL implements a 16-bit CPU.
是对的哦，没有抄袭！
第3个回答 2011-04-28
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第4个回答 2011-04-28
With the computer technology and large scale integrated circuit technology, involving computer applications, communications, automation and other fields of electronic system design work, use the new hardware description language VHDL to design. Many important computer components, including CPU hardware description languages are available to design and expression.
Traditional CPU design uses a wide variety of chips, the experiment will take a lot of connections a lot of time, system reliability is low, because there's all kinds of chips or troubleshooting connection problems. The use of EDA techniques to form CPU, hardware-independent control of conditions, can be customized according to the actual requirements of the appropriate CPU. This paper describes the CPU's design process, and VHDL implementation with a 16-bit CPU.
Traditional CPU design uses a wide variety of chips, the experiment will take a lot of connections a lot of time, system reliability is low, because there's all kinds of chips or troubleshooting connection problems. The use of EDA techniques to form CPU, hardware-independent control of conditions, can be customized according to the actual requirements of the appropriate CPU. This paper describes the CPU's design process, and VHDL implementation with a 16-bit CPU.
