logic
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Logic Programming with Monads and
We give a logical reconstruction of all-solution predicates in terms of list comprehensions in Prolog's and we describe a variety of logic programming constructs in terms of monads and monad morphisms. Novel monad structures are described for lazy function
Logic Programming with Monads and ComprehensionsYves BekkersAbstract
Paul Tarau y
We give a logical reconstruction of all-solution predicates in terms of list comprehensions in Prolog's and we describe a variety of logic programming constructs in terms of monads and monad mo
Abstract Context Logic as Modal Logic Completeness and Parametric Inexpressivity Separation
similar style of reasoning about structured data. They each consist of a structural (separating) composition for reasoning about disjoint subdata, and corresponding structural adjoint(s) for reasoning hypothetically about data. We show how to interpret the
Context Logic as Modal Logic: Completeness and Parametric Inexpressivity
Cristiano Calcagno Philippa Gardner Uri Zarfaty
Department of Computing,Imperial College London
{ccris,pg,udz}@doc.ic.ac.uk
Abstract
Separation Logic,Ambient Logic and Context Logic are based on a similar
Quantum mechanics without quantum logic
a r X i v :q u a n t -p h /0404045v 1 7 A p r 2004Quantum mechanics without quantum logic
D.A.Slavnov
Department of Physics,Moscow State University,
Moscow 119899,Russia.E-mail:slavnov@goa.bog.msu.ru
We describe a scheme of quantum mechanics in which the Hilbert space and lin-ear operators are only secondary structures of the theory.As primary structures we consider observables,elements of noncommutative algebra,and the physical states,the nonlinear functionals on this algebra,which associate with results of single mea-sureme
渣打Talent Q- Logic
渣打笔经,talent Q logic部分
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渣打笔经,talent Q logic部分
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VIEW LOGIC hspice 使用说明
VIEW LOGIC & HSPICE使用说明 (广东工业大学 信息工程学院 李思臻)
1. 电脑上安装VIEW LOGIC 和HSPICE软件,注意将软件配置正确,详细配置方法见
\\Crack 文件夹下的install/readme 文件。 2. 在D盘建立工作目录,比如:D:\\ePD。
3. 将电路图元件库Basic拷贝到指定路径下,例如:D:\\ePD\\lib\\basic。 4. 创建工程,File-New-Project。 输入工程名和路径,例如:D:\\Epd\\vf。
图1
5. 为创建的工程添加元件库。
图2 ADD Library.
图3 输入Library 路径,然后确定。
图4 BASIC 库添加成功。
6. 运行软件Viewlogic下的Toolboxes\\.......\\dxdesigner, 启动View Draw软件,准备电路图
输入---双击DxDesigner。
图5
7. 在VIEWLOGIC 中创建新的电路图(Schematic)。
File----new-----Schematic, 输入电路图名称。 例如:dc_nmos
图6
8. 将元件拖到电路图上,如图7所示,点击红色方框里的添加器件(Ad
VIEW LOGIC hspice 使用说明
VIEW LOGIC & HSPICE使用说明 (广东工业大学 信息工程学院 李思臻)
1. 电脑上安装VIEW LOGIC 和HSPICE软件,注意将软件配置正确,详细配置方法见
\\Crack 文件夹下的install/readme 文件。 2. 在D盘建立工作目录,比如:D:\\ePD。
3. 将电路图元件库Basic拷贝到指定路径下,例如:D:\\ePD\\lib\\basic。 4. 创建工程,File-New-Project。 输入工程名和路径,例如:D:\\Epd\\vf。
图1
5. 为创建的工程添加元件库。
图2 ADD Library.
图3 输入Library 路径,然后确定。
图4 BASIC 库添加成功。
6. 运行软件Viewlogic下的Toolboxes\\.......\\dxdesigner, 启动View Draw软件,准备电路图
输入---双击DxDesigner。
图5
7. 在VIEWLOGIC 中创建新的电路图(Schematic)。
File----new-----Schematic, 输入电路图名称。 例如:dc_nmos
图6
8. 将元件拖到电路图上,如图7所示,点击红色方框里的添加器件(Ad
VIEW LOGIC hspice 使用说明
VIEW LOGIC & HSPICE使用说明 (广东工业大学 信息工程学院 李思臻)
1. 电脑上安装VIEW LOGIC 和HSPICE软件,注意将软件配置正确,详细配置方法见
\\Crack 文件夹下的install/readme 文件。 2. 在D盘建立工作目录,比如:D:\\ePD。
3. 将电路图元件库Basic拷贝到指定路径下,例如:D:\\ePD\\lib\\basic。 4. 创建工程,File-New-Project。 输入工程名和路径,例如:D:\\Epd\\vf。
图1
5. 为创建的工程添加元件库。
图2 ADD Library.
图3 输入Library 路径,然后确定。
图4 BASIC 库添加成功。
6. 运行软件Viewlogic下的Toolboxes\\.......\\dxdesigner, 启动View Draw软件,准备电路图
输入---双击DxDesigner。
图5
7. 在VIEWLOGIC 中创建新的电路图(Schematic)。
File----new-----Schematic, 输入电路图名称。 例如:dc_nmos
图6
8. 将元件拖到电路图上,如图7所示,点击红色方框里的添加器件(Ad
Non-differentiable Optimization of Fuzzy Logic Systems
In the present use of fuzzy logic systems tuning of their parameters has become an important issue. Many techniques, mainly based on the application of gradient descent, have been applied to this task generally in order to minimize a quadratic error functi
To be presented at ANNIE 2000: Smart Engineering System Design
St. Louis, MO, November 5-8, 2000 1
NON-DIFFERENTIABLE OPTIMIZATION OF
FUZZY LOGIC SYSTEMS
PAOLO DADONE HUGH F. VANLANDINGHAM
Virginia Tech, Department of Electrical and Computer Engineering
Blacksburg, Virginia – e-
PADS2007教程之PADS_LOGIC
PADS2007系列教程
——PADS Logic
PADS Logic
PADS Logic
PADS Logic
PADS Logic
(Working Area)
PADS Logic
(Library)
(Part)
(Connection)
(Bus)
(Off-Page)
(Move)
(Copy)
(Delete)
(Edit)
(Mode)
/
(Query/Modify)
(Design Rules)
(Netlist)
SPICE
(BOM)
(OLE)
(Engineering Change Orders (ECO))
PADS
Logic
(On-line
Help)
PADS Logic
PADS Logic
PADS Logic
Windows 2000
WindowsXP
/
/Mentor Graphics SDD/PADS2007/System
Design
PADS Logic
PADS Logic
PADS Logic
(GUI)
PADS
(Library)
(Parts)
(Connections)(Buses)
(Design Rules)
Add Field
PADS Logic OLE
(Engineering Change Orders (ECO))
PADS Logic
PADS
Audio DSP 方案比较表(ADI 、TI、Cirrus Logic)
Audio DSP 方案比较表(ADI 、TI、Cirrus Logic)
ADI 系列 PN DSP Core Speed ADC SNR ADC THD+N DAC SNR DAC THD+N Graphical Tool Control Interface SigmaDSP ADAU1701 28/56bit 50 MHz 100dB -83dB 104dB -90dB SigmaStudio I2C;SPI
ADI SigmaDSP ADAU1445/6 28/56bit 172 MHz / / / / SigmaStudio I2C;SPI
TI PurePath TAS3204 48bit 135MHz 102dB -93dB 105dB -95dB PurePath Studio I2C
Program RAM
1024 × 40-Bit
4k words
3K Words of 55Bit 1022 Words of 28Bit 768 Words of 48Bit 5.88K Words of 24-Bit Delay Memory (122.5 ms at 48 kHz) Buildin ROM ; 8051 MCU 3-Ch