This book evolved over the past ten years from a set of lecture notes developed while teaching
the undergraduate Algorithms course at Berkeley and U.C. San Diego. Our way of teaching
this course evolved tremendously over these years in a number of directions, partly to address
our students' Background (undeveloped formal skills outside of programming), and partly to
reect the maturing of the eld in general, as we have come to see it. The notes increasingly
crystallized into a narrative, and we progressively structured the course to emphasize the
?story line? implicit in the progression of the material. As a result, the topics were carefully
selected and clustered. No attempt was made to be encyclopedic, and this freed us to include
topics traditionally de-emphasized or omitted from most Algorithms books.
本文論述了狀態機的verilog編碼風格,以及不同編碼風格的優缺點，Steve Golson's 1994 paper, "State Machine Design Techniques for Verilog and VHDL" [1], is agreat paper on state machine design using Verilog, VHDL and Synopsys tools. Steve's paper alsooffers in-depth Background concerning the origin of specific state machine types.This paper, "State Machine Coding Styles for Synthesis," details additional insights into statemachine design including coding style approaches and a few additional tricks.
This firmware translates a PS/2 mouse to a USB mouse. The translator
firmware is entirely interrupt driven (with the exception of sending the
data via USB to the host.) An interrupt is generated when the PS/2 start
bit is received, at which time the firmware will begin its receive routine.
In addition to this interrupt, every 168ms a timer overflow interrupts the
main program and implements one state of the mouse state machine. This
state machine handles sending bytes to and translating bytes received from
the PS/2 mouse automatically. All of this is done in the Background while
the main program runs in the foreground. The only operation that the main
program implements is sending mouse data to the PC via USB.
This project is created using the Keil ARM CA Compiler.
The Logic Analyzer built into the simulator may be used to monitor and display any variable or peripheral I/O register. It is already configured to show the PWM output signal on PORT3.0 and PORT3.1
This ARM Example may be debugged using only the uVision Simulator and your PC--no additional hardware or evaluation boards are required. The Simulator provides cycle-accurate simulation of all on-chip peripherals of the ADuC7000 device series.
You may create various input signals like digital pulses, sine waves, sawtooth waves, and square waves using signal functions which you write in C. Signal functions run in the Background in the simulator within timing constraints you configure. In this example, several signal functions are defined in the included Startup_SIM.INI file.
<===== 關于 GANT 鼠標集 (M) =====> 此“GANT 鼠標集 (M)”包含黃色和藍色兩種顏色主題，每種顏色主題分別有兩套鼠標。換句話說，這個鼠標集共提供4套鼠標，分別放在4個文件夾內。 這里，我簡單介紹一下每套鼠標，以所在文件夾名來指代： - yellow_normal_24x24：黃色，9個 ani 文件（動態鼠標）和6個 cur 文件（靜態鼠標），與預覽圖中所示一樣； - yellow_colorful_24x24：黃色，除“Work in Background.ani”和“Wait.ani”兩個鼠標為12色變換之外，其他13個鼠標與上面一套完全相同； - blue_normal_24x24：藍色，9個 ani 文件和6個 cur 文件； - blue_colorful_24x24：藍色，除“Work in Background.ani”和“Wait.ani”兩個鼠標為12色變換之外，其他13個鼠標與上面一套完全相同。 所有鼠標的尺寸都是 24像素 x 24像素。 感謝 mattahan 準許我使用他的 GANT 圖標來制作這幾套鼠標！ 同時非常感謝 cyberchaos05（http://cyberchaos05.deviantart.com），他為我制作了鼠標的預覽圖。 “GANT 鼠標集 (M)”僅供個人使用，不得用于任何商業目的！
This book, the Sun™ ONE Message Queue (MQ) 3.0.1 Administrator’s Guide,
provides the Background and information needed to perform administration tasks
for an MQ messaging system.
This preface contains the following sections:
• Audience for This Guide
• Organization of This Guide
• Conventions
• Other Documentation Resources
county, random population coordinates were generated using the complete spatial randomness (CSR) function in S-PLUS. Then, the Background information was attached to each individual county based on the county?s distribution for the class of interest. Finally, all counties were merged into a single dataset that describes the whole state
A fast customizable function for locating and measuring the peaks in noisy time-series signals. Adjustable parameters allow discrimination of "real" signal peaks from noise and Background.
A fast customizable function for locating and measuring the peaks in noisy time-series signals. Adjustable parameters allow discrimination of "real" signal peaks from noise and Background. Determines the position, height, and width of each peak by least-squares curve-fitting.
Its a text-fading linking ticker type applet that will fade text of any color over any color Background. It features rollover color feedback, and will pause when rolled over so the user doesn t have to "chase" links. It uses very little processor power and source is included! Now supports frames!
